6
3
2
see Nore 6
notes :
I. INTERPRET DRAWING IN ACCORDANCE W/TH STANDARDS
PRESCRIBED BY MIL-D-703Z7.
Z. COMPONENTS TO BE CENTRALIZED*CEMENTED IN PLACE
PER NO 1002009 METHOD C
3. BOND ITEMS 39,40 *4-1 To ITEM « PER ND /002Z57.
4. ALL CONNECTIONS TO BE MADE BY NEEDING P&R NO tOOZOOS
5. UNLESS OTHERWISE SPECIFIED '.
WIRING SHALL MEET THE REQUIREMENTS OF NO/OOZO&9.
G>. MOUNTING TORQUE 24 INCH POUNDS Z 2 IN LBS.
7. SOLDER PER ND 100207/
6. AREA TO BE FREE OP ENCAPSULATING COMPOUND.
9. AR DENOTES AS REQUIRED
10. MARK PIN NUMBERS ./oo/.oeo HIGH (WHITE) AND ALL OTHER
CHARACTERS .140 /.too HIGH (WHITE) PER NDIOOZOI9 AND SERIALIZE
PER NDIOOZOZ3. CENTRALIZE AS SHOWN.
II. ON ITEMS ZAND 3 :
FT() INDICATES FEED THRU.
PLUS (*) INDICATES POSITIVE END OF CAPACITOR.
C INDICATES COLLECTOR LEAP OF TRANSISTOR.
B I BASE ill
E t EMITTER ♦ f f
K INDICATES CATHODE SIDE OF DIODE
It WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL
WIRING .
IS BLACK DOT AND CROSS-HATCHED WIRING INDICATES
UPPER LEVEL WIRING -
14. TYPICAL SLEEVING POR CRI,CRZjR9,RIZ,RI3 AND RM.
15. TYPICAL WIRE AND SLEEVING FOR FT I THRU FT B.
16. VALUE TO BE DETERMINED BY ELECTRICAL 7EST PER ATP 1007548
PART TO BE SELECTED FROM CHART
17. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM).
UNLESS OTHERWISE SPECIFIED PERIPHERAL EHCAPSULAHT DIMENSIONS
MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS
BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULANT OUTLINE, THE MAXIMUM DIMENS ION BETWEEN ANY _
HEATSINK SURFACE AND ITS RESPECTIVE SELECTION CHART
ENCAPSULANT SURFACE SHALL HOT EXCEED _ F0 **y ■ ,-
.0,5. REMOVE ALL FLASHING. .. ..(% XgUJiLf- -
IS. ASSEMBLE PER ND1002136. - q? 3COO ~~
ID. PROCURE PER PS 1007048 . - -|g— - ~ “
I£50 REF
-see note to
-APPLICABLE DASH NO.
AMPLIFIER
5 y. 800 CPS
-1007540 Z1Z1
rev
SERIAL NO,
MARIONQ VIEW B B
see Nore 16
- DWG CHG LT£.
SELECT/ON i
por r:
Icr/oATa
ha&T —
SELECTION £
HART
FOR Rll
FOR R/5
Dumber
1 MIUEJL
PART NUMBER
VALUE SL
% - 195
S/I
1006750 - 23
430
203
S62
-ZQ>
560
ith
6/9
-29
750
2/9
681
-32
/OOO
227
-Tsb —
-35
1300
5
825
-36
1500
243
-33
1800
. 251
tOQO
-40
22 OO
. 251
HOC
-42
ZlOO
267
1210
-4-1
4300
- I7J—
1300
- 54
szoo
-S79 -
' ftSb—-
- 59
13 K.
-1 TT~
tsoo
-G6
Z7K
-64
150 K
- 105
375
- 108
490
-m
650
-114-
865
-117
1150
- 128
3450
> -134-
5900
Bee wore 16
see More /**
1009526 I SCHEMATIC
% -3-
4-0 1 -6
" 39 !008540- 4
' 38 1000093'13
' 37 /OQ47S7- 8
" 36 IOOC7S7-I
~ 35 /QOSPS7-3
~ 34 1005776-22
“ 33 I00C776-2I
~ 3Z 1001776-20 ~
I 3L /0/(p B7 1 l2 __
30 1010398 -4
~ Z9 /Q/C38S
~ Z8 10/00-07
I 27_ (Q{Q3QG
Z6 A 37^
~TS I 35
~Z4 10/0264-1
23 see TABLE
ZZ 10/0364 -25/
z % mmn ■
/& SEETttBLE
16 _ G5
-_W_ _ ft
~^ 7 OI03Bf^h
/4 1006,750 -5G
IS /OQ67S0-ZP .
!Z 1008025 - 2
~ // ICCpCZG-A
to 10080 2.4-3
9 100802,-Z
6 1008071-5
7 MS2034I-4IGB
~ S 1006775^
~~T 1006782-5
_/ ,0/5703
. ITEM MnaHBUVIM
GASKGT, CO/YNSCTCB.M/HAT.
SCREW __
1 .0200!A ,
I .020 *.0/0
WIRE _. 032 D/A _
INSULATION ~
TP A A/S/S TOR ( MATCHEDi PAIR)
TRANSISTOR {MATCHED J
SeriJCONDUCTOR PEV/CL&M
TRANSPORTER
WASHFtt.mULAl CR
WASHER. FLAT _
NUT
INSVLATOZ
CONTACT. WPAPOST-
\ HEATSINK
!!
QUANTITY REQUIRED I ™ r r 1 _
| unless OTMCBwiSE SPcdiFO |AC SPARK^PT^jJWV^S|ON. GMCl
LIST OF PARTS AND MATERIALS
—-I MAMUJFO
SPACECRAFT CENTER
._HOUSTON. TEXAS
~ 7 AMPLIFIER £ Yd 800CPS
xxx 1.005 MODULE ASSEMBLY
NEXT ASSY i USED ON | APPLICABLE
APPLICATION I DASH NO.
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
COOEIOENTNa SHE
E
SCALE 2 If _
1007548
N07€ /7
5££ /W/T 7
MOTES :
i. INTERPRET DRAWING IN ACCORDANCE W/TH STANDARDS
PRESCRIBED BY MIL-D-7032?.
Z COMPONENTS TO BE CENTRALIZED*CEMENTED IN PLACE
PER NO 100200$ METHOD C
3. BOND ITEMS 33, 40 *4-1 TO tTEM 6 PER NDIOOZZ37.
4. ALL CONNECTIONS TO BE MADE BY MELDING PER NO tOOZOOS
5. UNLESS OTHERWISE SPECIFIED .*
W /RING SHALL MEET THE REQUIREMENTS OF ND/OCZOG3.
Q>. MOUNTING TORQUE 24 INCH POUNDS t Z IN LBS .
7 SOLDER PER ND 100207/
6. AREA TO BE FREE OP ENCAPSULATING COMPOUND .
9. AR DENOTES AS REQUIRED
10. MARK PIN NUMBERS . lOO/.OGO HIGH (WHITE) AND ALL OTHER
CHARACTERS . 140/ . tOO HIGH (WHITE) PER NO1002013 AND SERIALIZE
PER NO IOOZOZ3. CENTRALIZE AS SHOWN.
//. ON ITEMS 2 AND 3 .*
FT () INDICATES PEED THRU ,
PLUS (+) INDICATES POSITIVE END OP CAPACITOR.
C INDICATES COLLECTOR LEAP OP TRANSISTOR .
B I BASE II I
E t EMITTER ♦ t t
K INDICATES CATHODE SIDE OF DIODE
IZ WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL
WIRING .
13. BLACK DOT AND CROSS-HATCHED WIRING INDICATES
UPPER LEVEL WIRING .
M. typical sleeving for cri, cr 2 , r^rjz.ris and r/4.
15. TYPICAL WIRE AND SLEEVING FOR FT! THRU FT8.
IG VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP I007S48
PART TO BE SELECTED FROM CHART
IT. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM)
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS
MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS
BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSI
ON BETWEEN ANY
HEATSINK SURFACE AND ITS RESPECTIVE
ENCAPSULANT SURFACE SHALL NOT EXCEED
SELECTION CHART
FOP RS
.015. REMOVE ALL FLASHING .
PART NUMBER
VALUE -n-
Id. ASSEMBLE PER ND1002136.
1010389 - 96
2.800
L G7
3000
19. PROCURE PER P51007048 . -
G8
3300
G9 -
5 GOO
6
5
t.550REF
A
±
NOTES :
1 INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327.
Z. COMPONENTS TO BE CENTRALIZED*CEMENTED IN PLACE
PER ND1002009 METHOD C O* METHOD D
3. BOND ITEMS 33, 40 $ 4H TO ITEM 6 PER ND/OOZZS7.
4. ALL CONNECTIONS TO BE MADE BY WELD MG PER NO tOOZOOS
5. UNLESS OTHERWISE SPECIFIED l
WIRING SHALL MEET THE REQUIREMENTS OP WD/00206S.
G. MOUNTING TORQUE 24 INCH POUNDS t Z IN LBS .
7 SOLDER PER ND 100207/
6. AREA TO BE FREE OP ENCAPSULATING COMPOUND .
-H+
T
9. AR DENOTES AS REQUIRED
10. MARK PIN NUMBERS . lOO/.OkO HIGH (WHITE) AND ALL OTHER
CHARACTERS .MO /.IOO HIGH (WHITE) PER NO1002013 AND SERIALIZE
PER NOIOOZOZS. CENTRALIZE AS SHOWN.
II. ON ITEMS ZAND 3 .*
FT () INDICATES FEED THRU
PLUS (+) INDICATES POSITIVE END OP CAPACITOR.
C INDICATES COLLECTOR LEAD OP TRANS/STOR.
B I BASE
E T EMITTER
K INDICATES CATHODE SIDE OF DIODE
I \ 1
It WHITE DOT AND CLEAR WIRING IND/CATES LOWER LEVEL
WIRING .
IS. BLACK DOT AND CROSS-HATCHED WIRING INDICATES
UPPER LEVEL WIRING -
1.719
REF
typical sleeving for cri, cr 2 , R9,Ri2 t pi3 and ri4.
TYPICAL WIRE AND SLEEVING FOR FT I THRU FT 8.
VALUE TO BE DETERMINED BY ELECTRICAL 7EST PER ATP 100754-6
PART TO BE SELECTED FROM CHART
ENCAPSULATE MODULE PER NDIOOZOOZ (BLACK POLYURETHANE FOAM).
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS
MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS
ENCAPSULANT OUTLINE, THE MAXIMUM DIMEh
HEATSINK SURFACE AND ITS RESPECTIVE
ENCAPSULANT SURFACE SHALL NOT EXCEED
.015. REMOVE ALL FLASHING.
ASSEMBLE PER NDI002I36.
13. COMPLETED ASSEMBLY SHALL Z>E TESTED
IN ACCORDANCE WITH AND SHALL MEET
ALL OF THE REQUIREMENTS OF PS. 1007048.
20. P/LL PER ND/OOZU7 .
OUTLINE EXCEEDS THE
ON BETWEEN ANY
SELECTION CHART
FOR RS
SELECTION CHART
FOR R7
1 PART NUMBER
VAUJE-a-
PAB.T HUMBEJ2
VALUE SL
L /0J0389 - 96
2.800
70/0389-60
1500
G7
3000
61
1600
6B
3300
62
1806
G9
5(,00
63
2000
70
3900
64
2200
97
4/00
107
2300
1!
f300
65
2400
96
4500
95
2600
HO
4900
96
2800
73
5100
67
3000
99
£300
108
3100
74
5600
68
3300
IOO
5800
109
3S00
IOI
6/00
69
3600
102
f 300
70
3900
IGJ
66c u
$1
vp\ -
io4
~&do
71
*300
105
1200
_i
98
4SOO
77
ISoo
1
III
7800
1 7 1 ~ F
3
2
NOTE n
see NOTE 7
'Mi
-IJ
r- *
it
M
S'
•M
!*
t*
■H
sd
il
NOTES :
l INTERPRET DRAWING IN ACCORDANCE W/TN STANDARDS
PRESCRIBED BY MIL-0-70327.
Z COMPONENTS TO BE CENTRALIZED*CEMENTED IN PLACE
PER NO 1003009 METHOD C OK METHOD D
3. BOND ITEMS 39,40 *4-1 TO ITEM 6 PER ND/OOZZ37.
4. ALL CONNECTIONS TO BE MADE BY WELDING PER NO 1COZOOS
5. UNLESS OTHERWISE. SPECIFIED :
WIRING SHALL MEET THE REQUIREMENTS OP NO700206*9 .
G. MOUNTING TORQUE 24 INCN POUNDS t 2 IN LBS.
7. SOLDER PER ND 100207/
6. AREA TO BE FREE OP ENCAPSULATING COMPOUND.
9. AR DENOTES AS REQUIRED
10. MARK PIN NUMBERS .I0O/.O6O HIGH (WHITE) AND ALL OTHER
CHARACTERS .140/.IOO HIGH (WHITE) PER NOIOOZOI9 AND SERIALIZE
PER NOIOOZOZ3. CENTRALIZE AS SHOWN.
H. ON ITEMS 2 AND S l
FT() INDICATES FEED THRU.
PLUS (+) INDICATES POSITIVE END OF CAPACITOR.
C INDICATES COLLECTOR LEAD OF TRANSISTOR .
B I BASE II I
E 7 EMITTER ♦ * *
K INDICATES CATHODE SIDE OF DIODE
IZ WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL
WIRING •
IS. BLACK DOT AND CROSS-HATCHED WIRING INDICATES
UPPER LEVEL WIRING.
14. typical sleeving for cr/, crZj R9 y Ri2 i pis and r/4.
15. TYPICAL WIRE AND SLEEVING FOR FT! THRU FT8.
10. VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP /007546
PART TO BE SELECTED FROM CHART
IT. ENCAPSULATE MODULE PER NDI00Z002 (BLACK POLYURETHANE FOAM).
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS
MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS
BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
T
B
HEATSINK SURFACE AND ITS RESPECTIVE
ENCAPSULANT SURFACE SHALL NOT EXCEED
.0/5. REMOVE ALL FLASHING.
IS. ASSEMBLE PER ND/002136.
19. COMPLETED ASSEMBLY SHALL &E TESTED
IN ACCORDANCE WITH AND SHALL MEET
ALL OF THE REQUIREMENTS OF PS. 1007048.
20. F/LL PER NDJOOZU7.
21. BOND A .25 MM. WIDE PERIMETER OF THE TOP AMO
BOTTOM INSULATORS TO THE HEATS/NX AND COAT
A .25 MIN. WIPE FERlMCrf* ON THE OUTS/PE SURFACE
OF THE INSULATORS PER ND1C021S7 TYRE I.
ON BETWEEN ANY
SELECTION CHART
FOR R5
SELECTION CHART
FOR R7
5
_ PAST NUMBER
VAUJE ■*>-
_ PART NUMBER.
VALUE xi.
PAL
1010389 - 96
zaoo
10/0
389-60
ti-QQ
/o/o
—
if
3000
6/
(606
6B
3300
62
1800
C9
3600
63
2000
70
9900
64
2266
97
4-/00
107
~2TOO
7/
4300
65
2400
98
4S00
95
2600 _
HO
4906
9b
73
5/00
67
3006
99
3306
toe
3/0 0
74
5600
ea
3300,
IOO
3300
109
3S06
IOI
6/00
69
.3jQ.C>
102
f ^dtn
7d
-
103
G<uOO
97
4100
104
4900
IL
i300
/OS
7ZOO
_1
9B
4S0O
77
7S00
1 _1
III
7300
8
7
6
6
8
7
6
5
NOTES :
l INTERPRET DRAWING ** ACCORDANCE W/TN STANDARDS
PRESCRIBED BY MIL-D-7032T7.
t. COMPONENTS TO BE CENTRALIZED*CEMENTED AN PLACE
PER ND 1002009 METHOD C OR METHOD D
3. BOND /TEM9 S3, 40 * 4H TO ITEM % PEE NDIOCZZ37.
4. ALL CONNECTIONS TO BE MADE BY HEADING PER NO 1002005
5. UNLESS OTHERWISE SPECIFIED l
WIRING SHALL MEET THE REQUIREMENTS OP NOZOO 2063.
G. MOUNTING TORQUE 24 INCH POUNDS tZM LBS.
7 SOLDER PER ND 100207/
6. AREA TO BE FREE OP ENCAPSULATING COMPOUND.
9. AR DENOTES AS REQUIRED
10. MARK PIN NUMBERS . iOO/.OeO HIGH (WHITE) AND ALL OTHER
CHARACTERS .MO /.IOO HIGH (WHITE) PER NO1002019 AND SERIALIZE
PER NDtOOZOZS. CENTRALIZE A3 SHOWN.
11. ON ITEMS 2 AND 3 1
PTC) INDICATES PEED THRU.
PLUS (+) INDICATES POSITIVE END OP CAPACITOR.
C INDICATES COLLECTOR LEAD OP TRANSISTOR .
B I #*££ I I j
£ ♦ EMITTER ♦ t *
K INDICATES CATHODE SIDE OP DIODE
It WHITE DOT AND CLEAR WIRING INDICATED LOWER LEVEL
WIRING .
13. BLACK DDT AND CROSS-HATCHED WIRING INDICATES
UPPER LEVEL WIRING .
14. TYPICAL SLEEVING POR CRI, CR2, R9,Rl2 t Rl3 AND RM<
19. TYPICAL WIRE AND SLEEYING FOR FT I THRU FT 8.
M. VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP 1007540
PART TO BE SELECTED FROM CHART
a ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM)
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULAMT DIMENSIONS
MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS
BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY
HEATSINK SURFACE AND ITS RESPECTIVE SELECTION CHART -f
ENCAPSULANT SURFACE SHALL NOT EMCEED _ POP R£ _
.015 REMOVE ALL FLASHING. ~ PART NUMBER VALUEm. I
IB. ASSEMBLE PER ND1002IBS. - MO&W ~ ^qqq -
19. COMPLETED ASSEMBLY SMALL BE TESTED ~ Sg ~
IN ACCORDANCE WITH AMD SHALL MEET - S — - —
ALL OP THE REQUIREMENTS OP PS. 1007043 . — — .- 4/dO -
20. P/LL PC/E ND/OOEH7 . ~~ 7 / ~ - —
21. BOND A .29 MM. WIVE PEE/METE* OE THE TOP MB _ 98 ~
BOTTOM IHSUUTOKS TV THE HEATS/H/C AND COAT _ NO 4900 __
A 45 MIN. WIPE PEXMrfg ON THE OUTS/PE SURFACE _ 73 5/00
BP THE HASULATOZS AES NI> 40021*7 TYPE I. _ 59 5306
1*550REF
SELECTION .
POR RZ
/VOTES :
1 INTERPRET DRAWING IN ACCORDANCE W/TN STANDARDS
PRESCRIBED BY M/L-D-7032T.
2 COMPONENTS TO BE CENTRALIZED4CEMENTED IN PLACE
PER ND1002009 METHOD C 02 METHOD D
3. BOND ITEMS 39, 40 *4-1 TO ITEM 6 PER ND/OOZZ37.
4. ALL CONNECTIONS TO BE MADE BY MELDING PER NO 1002OOS
5 . UNLESS OTHERWISE SPECIFIED ;
WIRING SHALL MEET THE REQUIREMENTS OP ND/00Z06&.
6. MOUNTING TORQUE 24INCN POUNDS t 2 IN LBS ..
7 SOLDER PER NO 100207/
6. AREA TO BE FREE OP ENCAPSULATING COMPOUND.
9. AR DENOTES AS REQUIRED
10. MARK PIN NUMBERS .JOO/.OGO HIGH (WHITE) AND ALL OTHER
CHARACTERS .140 /.IOO HIGH (WHITE) PER NO1002019 AND SERIALIZE
PER NOIOOZOZ3. CENTRALIZE AS SHOWN.
11. ON ITEMS 2 AND 3 :
PT ( ) INDICATES PEED THRU.
PLUS (+) INDICATES POSITIVE END OP CAPACITOR.
C INDICATES COLLECTOR LEAP OP TRANSISTOR .
B I BASE II I
E t EMITTER ft f
K INDICATES CATHODE SIDE OF DIODE
IZ. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL
WIRING .
IS. BLACK DOT AND CROSS-HATCHED WIRING INDICATES
UPPER LEVEL WIRING -
14. TYPICAL SLEEYING POR CRI, CR2j R9,RJ2,R/3 AND R/4*
15. TYPICAL WIRE AND SLEEVING FOR FT! THRU FT8.
IS VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP /007046
PART TO BE SELECTED FROM CHART
17. ENCAPSULATE MODULE PER ND1002002 (BLACK POLYURETHANE FOAM).
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS
MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS
BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULANT OUTLINE, THE MAXIMUM DIMENS ION BETWEEN ANY _
IS50 REF
HEATSINK SURFACE AND ITS RESPECTIVE
ENCAPSULANT SURFACE SHALL NOT EXCEED
.015. REMOVE ALL FLASHING.
10. ASSEMBLE PER ND/002136.
19. COMPLETED ASSEMBLY SHALL £>£ TESTED
JN ACCORDANCE WITH AND SHALL MEET
ALL OF THE REQUIZ. EMENTS OF PS. JOO704&.
20. F/LL Pe/Z ND/OOZ//7.
21. BOND A .25 MIN. WIVE PEE/METEE OF THE TOP MO
BOTTOM WSULArOEB TO THE HEATS/lYK AND COAT
A .25 MIN. WIPE PEXIAHTE* ON THE OUTS/PE SURFACE
OF THE tNSULATOES PER ND1002187 TYPE Z.
SELECTION CHART
FOR RS
' ART NUMBER VAUJ
010389- 96 280
1 67 30C
SELECTION
FOR R ;
lil
REVISIONS
SFUCT/ON CHART —
FOR RH
selection chart
FOR R/5
ART NUMBER
YALUESi-
PART NUMBER
VALUE SL
IQ.
364- 195
S/I
IOOC
',750- 29
430
203
S62
-26
560
2/1
613
-23
750
2/9
est
-32
/OOO
227
ted
-35
1300
23S
825
-36
1500
243
905 ..
-38
1800
25/
fOOO
-40
22 OO
249
uoo.
42
2100
267
12/0
-47
4300
2?3
1300
- 54
ezoo
279
1400 _
- 59
I3K.
!_ 285 _
/SCO
-66
27K
-84
150 K
- 105
375
.1
- 108
490
-III
650
-114-
865
-117
1150
- 128
3450
-134-
5900
NO.
SEE NOTE 16
SEE NOTE 16
SEE NOTE
T
100157*
(O0757Z
(0075 mo
NEXT ASSY
USED ON
APPLICABLE
DASH NO.
| APPLICATION |
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
C A i{
G
SVM
ZONE
DC SCRIPT ION 1 OATC
A
DfTWIQFn DFD moo 14 71? 1 CHO NO.
1
b
REVISED PER TDRR l€63l
'4*ka..wP .-sl?
c
- 1 -
| tZEHSSO PEE TOPE i*63Z
&
5 ^
9
tfVif£P Rat TOZt 17990
' l M4t
E
JREVI5ER PER H963
AP-
F
RE/tSFD PER TDRR /S5/4-
!?
s
P£F
100D5Z&
SCHEMATIC . ELECTRICAL
/
42
SEE TABLE
RESISTOR , FIXED
/
4/
t
/
40
1 -6
_I__
_
/
39
1006540-4
GA3HST, COtYM£C7CK,M/H4T.
2
38
1000093-/3
SCREW
A/e
37
ZOO*7S7- 8
i .020 D!A
A/e
36
I00C7S7-1
I .020 *.0/0
At.
35
/006PS7-9
WIRE .032 DiA
At
3 4
100*776-24
1
At
33
I00l77(.-il
1
At
32
l00C77E^Id
INSULATION
1
31
10/0273-3
TRANSISTOR (matchED PAIR)
1
?0
1010398-4
TRANSISTOR {MATCHED MIR)
2
29
1010335
SEMICONDUCTOR DFY/CF x D/ODE
/
2 8
10/0407
TRANSFORMER
/
27
10/0303
TRANSFORMER
“ST
26
i 37
f i
/
25
T 35
1
2
24
10/0264 -1
CARP
C/TOR
/
23
SEE TABLE
/
ZZ
10/0364 -25/
/
2/
1006750-12
/
20
see Table
/
/2>
SEE TABLE
/
16
■
; 65
/
17
56
/
14
S3
/
16
10/0389-43
/
14
I00L750-56
2
13
/OO67S0-2O
RESISTOR .FIXED
2
IZ
1008025 - Z
IN SUL A TOR. BUSH/NG
2
II
10080 24 -4
WASHES, tUSUL ATOe
Z
to
IOC8024-3
y/ASHEE. MSULATOfi
2
5
1008021 -2
BUSHINS . MSUL A TO/2
2
8
1008071-5
WASHER. FLAT
Z
7
MS2034I-4I6B
nut
/3
6
/O067 75
INSULATOR
13
~6
1006732-5
4
T
3
I00830&
INSULATOR
/
2
1008304
INSULATOR
/
/
1008303
HEATSINK
on
EFFEC-
ITEM
NO
PART OR IDENTIFYING
NUMBER
NOMENCLATURE
OR DESCRIPTION
QUANTITY REOUIRED
I LIST OF PARTS AND MATERIALS
UNLESS OTHERWISE SPE
OMENSJONS ARE M M
TOLERANCES ON
FRACTIONS DEC INALS
+ »±. 02
W1-0O5
dlFIED
MES
M i T -
INSTRUMENTATION LAN
MANNED
SPACECRAFT CENTER
HOUSTON. TEXAS
ANGLES
+ — C
/'TJ*' S 1039? 00
IRAWN ( DATE__
jgogpC-fwnr/ ftoc-J.M
amplifies ,5 y. SOOCPS
MODULE ASSEMBLY
DO NOT SCALE THIS DRAWING
»— DMAl Jj\ A > 1 * >
MATERIAL
/ V •
**** * rmmL te *—
COOC IOENT NO
80230
sac
E
1007548
UJ < 40 v< *
WT APPROVAL ' f -
CONTRACT NAS 9-491
SCALE 2/7
T
I
4
3
NOTE n
5 EE NOTE 7
7
6
X‘ '
8
1
X
TABLE I
CONFIGURATION
MATERIAL
BOND BETWEEN WAFER
AND HEATSINK
TOP OF WAFER
AT PERIMETER
HEATSINK-FOAM CONTACT SUR¬
FACE ADJACENT TO HEASINK
EXTERNAL SURFACE
WAFER AND FLAT
HEATSINK
ADHESIVE
.12 MIN 100 % OF
PE£\METEK
.25 MIN 80 % OF
PEZ! MET TEE.
.25 MIN 100%
OF PERIMETER
N/A
WA C ER AND ADJA¬
CENT VERTICAL
HEATSINK SUR¬
FACE
ADHESIVE
CORNER FILLET AND
VERTICAL SURFACE TO
WITHIN .031.03 OF EX¬
TERNAL SURFACE
.25 MIN 100%
OF PERIMETER
N/A
HEATSINK FOAM
CONTACT SURFACE
perimeter
PRIMER
N/A
N/A
.25 MIN WIDTH OF TOTAL AVAIL¬
ABLE ON SO % OF PERIMETER
TO WITHIN .03 TO .06 OF EX¬
TERNAL EDGE
✓ / e—> .
/. INTERPRET DRAWING IN ACCORDANCE W/TN STANDA&PS
PRESCRIBED BY M/L-D-70327.
Z. COMPONENTS TO BE CENTRALIZED4CEMENTED IN PLACE
PER NO 1002009 METHOD C OR METHOD D
3. BOND ITEMS 39, 40 $4-1 TO ITEM 6 PER NO/OOZZ37 .
4. ALL CONNECTIONS TO BE MADE BY WELDING PEP, NO /OOZOOS
5. UNLESS OTHERWISE. SPECIFIED l
WIRING SHALL MEET THE REQUIREMENTS OP NO7002069.
6. MOUNTING TORQUE 24 INCH POUNDS t Z IN LBS .
7 SOLDER PER ND 100207/
6. AREA TO BE • REE OP ENCAPSULATING COMPOUND .
9. AR DENOTES AS REQUIRED
10. MARK PIN NUMBERS . I0O/.06O HIGH (WHITE) AND ALL OTHER
CHARACTERS .140/. ZOO HIGH (NN/TE) PER ND1002019 AND SERIALIZE
PER ND /OOZOZ3. CENTRALIZE AS SHOWN.
II. ON ITEMS 2 AND 3 1
FT ( ) INDICATES FEED THRU ,
PLUS (+) INDICATES POSITIVE END OF CAPACITOR.
C INDICATES COLLECTOR LEAP OF TRANSISTOR .
B I BASE II I
£ T EMITTER * * *
K INDICATES CATHODE SIDE OF DIODE
It WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL
WIRING .
13. BLACK DOT AND CROSS-HATCHED WIRING INDICATES
UPPER LEVEL WIRING .
14. typical sleeving for cri, cr 2 , r9,r/2,ri3 and rk
15. TYPICAL WIRE AND SLEEVING FOR PTI THRU FT8.
16. VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP 1007046
PART TO BE SELECTED FROM CHART
17. ENCAPSULATE MODULE PER ND1002002 (BLACK POLYURETHANE FOAM).
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS
MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS
BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULANT OUTLINE, THE MAXIMUM DIMENS ION BETWEEN ANY_
HEATSINK SURFACE AND ITS RESPECTIVE '
ENCAPSULANT SURFACE SHALL NOT EXCEED
.0/5. REMOVE ALL FLASHING.
IS. ASSEMBLE PER N2 C02I36.
19. COMPLETED ASSEMBLY SHALL &£ TESTED
IN ACCORDANCE WITH AND SHALL MEET
ALL OF THE REQUIREMENTS OF P9.1007048.
20. F/LL PER ND/OOZU7.
i-5
22. CLEAN MODULE WHERE POSSIBLE PRIOR TO BOND¬
ING OF WAFER BOARDS AND APPLICATION Of PRIMER
BY DEGREASING WITH FREON AND ISO-PROPYL
ALCOHOL . ADHESIVE AND COATING MATERIAL PER
NDIOOZI87 TYPE I. PRIMER TO CONSIST OF
SIX PARTS BY VOLUME OF I0IZS04-I AND
ONE PART BY VOLUME OF 101 25*04-2. APPLY
MATERIAL AND PRIMER AS INDICATED IN TABLE 1,
SELECTION CHANT
FOR R5
mssm -
~70~
9 7
:in
96
HO
_Z2_
99
7SL
IQ I
102
IOJ
-or
IPS
-jT
m
VALUE-n-
2800
3000
3300
W
4/66
4£00
4900
5100
5366
5600
5SOQ__
1200
7W
SELECT/O/i
FOR
PART NUMBER
10/0389-60
6/
_62_
63
64
107
65
9T
^6
67
106
tos
69
~2"
8
6
5
CONFIGURATION
BOND BETWEEN WAFER AND HEATSINK
TOP OF WAFER
HEATSINK-FOAM CONTACT SUR¬
FACE ADJACENT TO HEATSINK
EXTERNAL SURFACE
. wafer and flat
* HEATSINK
/OO OF AREA .IB FROM EXTERNAL
HEATSINK SURFACE. 80 OF AREA
.25 FROM EXTERNAL HEATSINK SURFACE
IOO°fo OF AREA
.25 FROM
EXTERNAL MODULE
SURFACE
N/A
WAFER AND ADJA¬
CENT VERTICAL
HEATSINK SUR¬
FACE
CORNER FILLET AND VERTICAL
SURFACE TO WITHIN .03 t .03 OF
EXTERNAL SURFACE
IQO°*> OF AREA.
.25 FROM
EXTERNAL MODULE
SURFACE
N/A
HEATSINK FOAM
CONTACT SURFACE
PERIMETER
N/A
n/a
.ZS MIN WIDTH OR r CTAL AVAIL¬
ABLE ON SO % OF PERIMETER
TO WITHIN .03 t .03 OF
EXTERNAL ED6E
NOTES :
I. INTERPRET DRAWING IN ACCORDANCE W/TH STANDARDS
PRESCRIBED BY M7L-D-703R7.
Z. COMPONENTS TO BE CENTRALIZED4CEMENTED IN PLACE
PER NO 1002003 METHOD C OZ METHOD D
3. BOND ITEMS 33,40 *4-I TO ITEM 6 PCR ND/002Z37.
4. ALL CONNECTIONS TO BE MADE BY MELDING PBR ND tOOZOOS
5. UNLESS OTHERWISE SPECIFIED :
Nil RING SMALL MEET THE REQUIREMENTS OP NO/00Z069 .
G. MOUNTING TORQUE Z4 INCH POUNDS t 2 IN LBS.
7 SOLDER PER ND 100207/
6. AREA TO BE FREE OP ENCAPSULATE COMPOUND .
9. AR DENOTES AS REQUIRED
10. MARK PIN NUMBERS . lOO/.OGO HIGH (WHITE) AND ALL OTHER
CHARACTERS .140/.tOO HIGH (WHITE) PER ND1002019 AND SERIALIZE
PER ND 1002023. CENTRALIZE AS SHOWN.
H. ON ITEMS ZAND 3 l
PTf) INDICATES PEED THRU.
PLUS (+) INDICATES POSITIVE END OP CAPACITOR..
C INDICATES COLLECTOR LEAD OP TRANSISTOR .
* i 1 1
£ t ' EMITTER ♦ ♦ t
K INDICATES CATHODE BIDE OP DIODE
IZ. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL
WIRING .
13. BLACK DOT AND CR03S-HATCHED WIRING INDICATES
UPPER LEVEL WIRING •
14. TYPICAL SLEEVING FOR CRI , CRZj R9,RI2,R!3 AND R/4*.
13. TYPICAL WIRE AND SLEEVING FOR FT! THRU FT8.
16. VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP 1007046
PART TO BE SELECTED FPOM CHART ™-- -- ---
17. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM).
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS
MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS
BY A MAXIMUM OP .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
T
B
HEATSINK SURFACE AND ITS RESPECTIVE
ENCAPSULANT SURFACE SHALL NOT EXCEED
.015. REMOVE ALL FLASHING.
IS. ASSEMBLE PER NDI002I36.
19. COMPLETED ASSEMBLY SHALL BE TESTED
IN ACCORDANCE WITH AND SHALL MEET
. ALL OF THE REQUH2 6MENTB OF PS. /007048.
20. P/LL PER ND/OOZ/17 .
nriff ivirrr #>r
m ^ a*i _
■ fc f . gWt * "
22. CLEAN MODULE WHERE POSSIBLE PRIOR TO BOND-
ING OF WAFER BOARDS AND APPLICATION Of COATING
MATERIAL BY DEGREASING WITH FREON AND ISO-PROPYL ALCOHOL.
ADHESIVE AND COATING MATERIAL PER NDICOE\67 TYPE TL
APPLY MATERIAL AND COATING AS INDICATED IN fABLE I.
ON BETWEEN ANY
SELECTION CHART
FOR RS
SELECTION CHART
FOR. R.7
i
\ PART NUMBER
VALUE Ft-
_ PART NUMBER 1
Y/HJA
PA
70/038* - S£
iBOO
7070
389-GO
ifoct
ZOIC
G7
3000
6/
t6d0
ZB
3300
G2
IS 00
G9 "
3600
G3
2000
76
3 900
64
zzdb
97
4-700
107
3300
- 71 -
4300
65
. 2400 .—
96
4S00
35
. ZV?Q—
no
4900
96
zSoo
73
5/00
67
3000
39
5306
/ oa
3/00
- 74 -
5600
68
3300—
too
ssod
709
3S00
/Of
6/00
69
3G60—
toz
&6ir'
70
701
6600
97
4/00
104
T
4300
105
7200
_j
98
4S0Q
79
7 SOO
1
///
7<g4a. .
3
2
1
NOTE n
5 EE NOTE 7
' $>-*
il
1
» °
1
NOTES :
l INTERPRET DRAWING IN ACCORDANCE W/TN STANDARDS
PRESCRIBED BY MIL-D-70327.
2. COMPONENTS TO BE CENTRALIZED4CEMENTED IN PLACE
PER NO 1003003 METHOD H.
3. BOND ITEMS S3, 4-0 *4-1 TO ITEM 6 PER ND /OOZZ37.
4. ALL CONNECTIONS TO BE MADE BY MELDING PER ND fOCZOOS
5. UNLESS OTHERWISE. SPECIFIED .*
W lRING SHALL MEET THE REQUIREMENTS OP ND/002069.
G. MOUNTING TORQUE 24 INCN POUNDS t 2 IN LBS.
7 SOLDER PER ND 100207/
&. AREA TO BE FREE OP ENCAPSULAT/NG COMPOUND .
9. AR DENOTES AS REQUIRED
10. MARK PIN NUMBERS .I0O/.060 HIGH (WHITE) AND ALL OTHER
CHARACTERS .140 /.WO HIGH [WHITE) PER NO1002019 AND SERIALIZE
PER ND /OOZOZ3. CENTRALIZE AS SHOWN.
11. ON ITEMS 2. AND 3 :
FT () INDICATES FEED THRU
PLUS (+) INDICATES POSITIVE END OP CAPACITOR..
C INDICATES COLLECTOR LEAP OP TRANSISTOR.
B I BASE II I
£ t EMITTER ♦ ? ♦
K INDICATES CATHODE BIDE OF DIODE
IZ. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL
wiring •
IS. BLACK DOT AND CROSS-HATCHED WIRING INDICATES
UPPER LEVEL WIRING -
14. TYPICAL SLEEYING POR CRI , CR2j R%RJ2 t R!3 AND RI4.
15. TYPICAL WIRE AND SLEEVING FOR PTI THRU FT8.
16. VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP 1007046
PART TO BE SELECTED FPOH CHART
17. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM).
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS
MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS
BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
APPLICABLE DASH NO.
SEE NOTE 16
MARKING VIEW B B
DWG CHG LTR.
HEATSINK SURFACE AND ITS RESPECTIVE
ENCAPSULANT SURFACE SHALL NOT EXCEED
.015. REMOVE ALL FLASHING.
IS. ASSEMBLE PER NDI002I36.
IS. COMPLETED ASSEMBLY SHALL BE TESTED
IN ACCORDANCE WITH AND SHALL MEET
ALL OF THE REQUIREMENTS OF PS. IOO704&. \
20. P/LL PER NO 1002117.
min wtnr r c rrfr^r n r r ' rtuc -
23. CLEAN MODULE WHERE POSSIBLE BY DEGRESS/NG\
TO encapsulation.
24. EXCEPT FOP THE HEUCO/L MOUNTING SURFACE, PAINT ALL SURFACES
PER ND 10021tO TYPE K, AFTER ENCAPSULATION. U5/NG BLACK PA/NT
PEP IOI0 729-4. CEPS AT /40 °F FOB E/GMT //OURS. CONNECTOR P/N
BLADES AND INSULATORS 70 BE FREE FROM PAINT
1 SELECTION CHART
FOR RE
~ SELECTION CHA&f
FOE E7
SELECTION CHAGt
FOIE e//
SELECTION Cl
FOP K15 ,
TaRt
1 PART NUMBER
VALUE si.
PAST NUMBER
VALUE SL.
PART NUMBER
YALUE-P-.
PART NUMBER
VALUE SX.
1 MJA389 - 96
2800
1010389-60
1500
1010364- ~ I9S _
Sll
1006
,750- 23
430
67
3000
6!
tedb—
203
- E6l _
— Z6
560
68
3 300 ~
62
is do
4//
, 6/9 _
-23
750
69
3 6 do
63
2000
4/9
_6£/ _
-32
IOOO
76 .
3 900
64
ztdb
227
750
- 35
1300
97
4100
107
?30O
235
.825. _
- 36
1500
-77-
4300
65
2400
243
909
-33
1800
96
4500
95
2600
251
tQQQ
-40
ZZOO
no
4900
96
2800
259
t(Q<2
- 4 Z
ZlOO
73
5/00
67
3000
267
tZiO _ .
-47
4300
39
ssod
108
3100
273
•jOQ—
- 54
6ZOO
74
5600
68
3300
279
- 53
13 K
too
5800
109
3SOO
2 e 5
isao
-G 6
27K
IOI
6100
69
3600
-64
150 K
102
C3*0
70
5
- 105
375
103
66 60
- 57
4100
- 108
490
104
i *60 —
7 /
2 /olr
-III
650
105
72 OO
98
4SOO 1
- 11-4
865
- ^7 -
7 500
- 1
-!
-117
11 50
- 1
m
-76156—
—
- IZ 8
3450
_i
f - 154 -
5900
SEE NOTE 16
SEE NOTE /4-U
1007574
1007571 _
10075MO
NEXT ASSY
USED ON
APPLICABLE
DASH NO.
| APPLICATION |
F'.
V
Ymz FL *
1 \K=SR At,
y£\j- VE/A
Bbu^BETWEgN WAF
/GC°'° chqREA ./2 rOCM EXTEhyC IOO/\OF AREA
J HEATS,UK SURFACE/30 0/ ° OE/HEA .}& F*CM
S^S/HOM EHEfNAL HEATS/AK SlJN^CE RXTERNMSjAOpO.
HEArSiyk'fOAM CObfTACt>$U*-\
faceJdjacehJ TyrHEATSiktA
*=X/ERNAL SUWCE S'
see Nore 6
/tCFHER FILLET AND VERTICAL
SURFX^eAo W/THl/pVa t .03
EXTER/fiLSURFACR \ S
/ 00°*> OB'AREA.
\s FOCM \
EXTERNAL MODULE
SURFACE /
• 25 \ipf WIDTH OSTEAL AVAIL¬
ABLE /Sw SO %/OF Ft&lMETE*
TO/WiTHhl.Q? t .03 OF\X
EXTERNAL otfSE A
MOTES :
I. INTERPRET DRAWING IN ACCORDANCE W/TH STANDARDS
PRESCRIBED BY MIL-D-70327.
Z COMPONENTS TO BE CENTRALIZED 4 CEMENTED IN PLACE
PER ND1002009 METHOD H.
4. ALL CONNECTIONS TO BE MADE BY WELDING PER ND t00200S
5. UNLESS OTHERWISE SPECIFIED .*
WIRING SHALL MEET THE REQUIREMENTS OP ND700206*9 .
6. MOUNTING TORQUE 24 INCH POUNDS t 2 IN LBS .
7 SOLDER PER ND 100207/
6. AREA TO BE FREE OP ENCAPSULATING COMPOUND .
9. AR DENOTES AS REQUIRED
10. MARK PIN NUMBERS . I00/.060 HIGH (WHITE) AND ALL OTHER
CHARACTERS . 140 /. IOO HIGH (WHITE) PER NOI0020l°> AND SERIALIZE
PER ND IOOZOZ3. CENTRALIZE AS SHOWN.
//. ON ITEMS 2 AND 3 .*
FT () INDICATES FEED THRU.
PLUS (*) INDICATES POSITIVE END OF CAPACITOR.
C INDICATES COLLECTOR LEAD OF TRANSISTOR .
B I BASE II I
E ♦ EMITTER \ f *
K INDICATES CATHODE SIDE OF DIODE
IZ. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL
WIRING .
IS. BLACK DOT AND CROSS-HATCHED WIRING INDICATES
UPPER LEVEL WIRING-
14. TYPICAL SLEEYING FOR CRI, CR 2, R9,RJ2 t Rf3 AND R/4.
15. TYPICAL WIRE AND SLEEVING FOR FT / THRU FT8.
IE. VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP 1007048
PART TO BE SELECTED FROM CHART
17. ENCAPSULATE MODULE PER ND1002002 (BLACK POLYURETHANE FOAM).
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS
MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS
BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY _
ISSOREF
- SEE NOTE 10
APPLICABLE DASH NO.
AMPLIFIER
5 % 800 CPS
-1007548 l:::
rev
SERIAL NO.
MARKING VIEW B-B
SEE NOTE IS
- DWG CHG LTR.
HEATSINK SURFACE AND ITS RESPECTIVE
ENCAPSULANT SURFACE SHALL NOT EXCEED
.015. REMOVE ALL FLASHING.
18. ASSEMBLE PER NDI002I36.
19. COMPLETED ASSEMBLY SHALL SB TESTED
IN ACCORDANCE WITH AND SHALL MEET
ALL OF THE PEQUHZEMEN7S OF PS. 100704-8.
20. F/LL P£JZ ND/OOZH7.
SELECTION CHART
FOP RS
PART HUMBER VAUJ
(010389 - 96 2QC
l 67 30C
SELECTION CHART
FOR R7 _
SEiECT/ON CHARI
_ FOR El/
PART NUMBER WALL
(0/0364 - 195 £>/i
I 203 _ 56
23. CLEAN MODULE MERE POSSIBLE B Y DEGRB/S/HG | | 77 iSOO
N/TH FREON AND (SO-PROPYL ALCOHOL PRIOR I I ill 7&65~
TD ENCAPSULATION.
24. EXCEPT FOe THE HEL/CO/L MOUNTING SURFACE, PA/NT ALL SURFACES
PER ND/002H0 TYPE IT, AFTER ENCAPSULATION. USING BLACK PA/NT
PER (010 729 - 4 . CURE AT /40 °F FOR EIGHT HOURS. CONNECTOR P/N
BLADES AND INSULATORS TO BE PREE FROM PA/NT
SELECTION CHART
_ FOR R/5 _
PART NUMBER VALUE SL
1006750- 2 3 43 O
H r 26 560
_ -23 750
_ -32 IOOO
_ - 35 1300
_ -36 1500
_ -33 1800
_ -40 Z2QO
_ -42 ZlOO
-47 4300
- 54 8ZOO
- 59 _ I3K
_ zGG _ Z7K
-84 130 K
_ : I05_ 375
- 108 430
_JIN_ 650
-114- 865
-117 1150
_ -128 3450
w -134- 5300
SEE NOTE /6
SEE NOTE 16*
NEXT ASSY | USED ON APPLICABLE
APPLICATION DASH NO.
QUANTITY REQUIRED I
1 UNLESS OTHERWISE SPECIFIED |
i_ XXX 1.005 _ .
I DO NOT SCALE THIS DRAWING
MATERIAL
IREVISEO PFR TDRR 14 712 L
REVISED PER TDRR i€63)
--h
. REVISED PEE 7DJ2JZ /6&3Z ;
tWMD 988 TVZ9 17990 j
-1.
REVISER PER TORR H963 I
REVISED PER TDRR /SS/4- j
REVISED PER TDRR 19388
; REVISED PER Tpgg-9442 ,
X?£V/S/E23 7Z?&e/*$69
REVISED ~ER TDRR2Gi43
\PeA iOOe>5Z6 I SCHEMATIC,ELECTRICA,
' 42 SEE TABLE
41 -3
40 -6
39 /00854Q-4
38 (000093-13
' 37 /OQ&7S7 - 8
' 36 1001,757-1
~ 35 /QQ67S7-3
' 34 1008776-22
' 33 I00L776-2I
32 IO0L77L -20
~ 3/ 10/0273-3
" SO 1010398 -4
~ £9 10/0385
~ Z8 10/0407
" 27 1010308
" 26 A 37
~ ZS T 35
" 24 (0/0264 -/
~ 23 SEE TABLE
~ ZZ 10(0366 -25/
\1L M0 S75Q-IZ .
20 SEE TABLE
~/9 SEE TABLE
' !6_ _ 6^
" 17 56
"75 53
~/g 1010389-43
~ 14 I00C75Q -56
~/3 /OO6750-20
~ /Z / 008025-2
“ u 1008024 -4
~ !Q 1008024-3
~ 9 1008021 -2
~ & (006071-5
~ 7 MS2034I-4I6B
” 6 1006775
r 1006782-5
2 1 008304
I 1008303
' ITEM HWT 0*» IDENTIFYING
3
2
see note 6
bs
V
NOTES :
/. INTER. PRET DRAWING IN ACCORDANCE N/TN STANDARDS
PRESCRIBED BY MIL-0-70327.
Z COMPONENTS TO BE CENTRALIZED4CEMENTED IN PLACE
PER NO 1003009 METHOD H.
^ BOND STEMS 93 , * 10 t 41 rn /rrm g per NiUMTT ^~ =
4. ALL CONNECTIONS TO BE MADE BY MELDING PER NO IOOZOOS
5 UNLESS OTHERWISE SPECIFIED *.
WIRING SMALL MEET THE REQUIREMENTS OP NO 700206*.
Q>. MOUNTING TORQUE 24 INCH POUNDS t 2 IN LBS .
7 SOLDER PER ND 100207/
5. AREA TO BE FREE OF ENCAPSULATING COMPOUND .
9. AR DENOTES AS REQUIRED
10. MARK PIN NUMBERS .I0O/.O6O HI ON (WHITE) AND ALL OTHER
CHARACTERS . MO/.IOO HIGH (WHITE) PER ND1002019 AND SERIALIZE
PER NO 1002023. CENTRALIZE AS SHOWN.
//. ON ITEMS ZAND 3 .*
FT ( ) INDICATES FEED THRU.
PLUS (+) INDICATES POSITIVE END OF CAPACITOR.
C INDICATES COLLECTOR LEAP OF TRANSISTOR .
B \ BASE II I
£ ▼ EMITTER t t ?
K INDICATES CATHODE SIDE OF DIODE
IZ. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL
WIRING .
IS BLACK DOT AND CROSS-HATCHED WIRING INDICATES
' UPPER LEVEL WIRING-
14. TYPICAL SLEEVING FOR CRf t CR 2, R9,RJZ t Rt3 AND Rl 4.
15 TYPICAL WIRE AND SLEEVING FOR FT! THRU FT8.
16 VALUE TO BE DETERMINED BY ELECTRICAL 7EST PER ATP 100704-8
PART TO BE SELECTED FROM CHART
n fmcAPSULATE MODULE PER ND1002.002. (BLACK POLYURETHANE FOAM).
UNLEst OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS
MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENG ~TH DIMENSIONS
BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULANT OUTLINE. THE MAXIMUM DIMENSION BETWEEN AM
HEATSINK SURFACE AND ITS RESPECTIVE 1 < rCT/HN
ENCAPSULANT SURFACE SHALL NOT EXCEED
.015. REMOVE ALL FLASHING.
IS. ASSEMBLE PER ND1002136.
19. COMPLETED ASSEMBLY SHALL BE TESTED
IN ACCORDANCE WITH AND SHALL MEET
ALL OF THE jeEQUlF.6MEN7S OF PS. 1007048•
20 . Fill pe/z noiooeii7.
issoaef
1 liAMli
UiU€ iM
— |ttU
Ml 1 H-1 ll
1
L
-4.718 REF-
1.7/9
REF
T
SEE NOTE 10
-applicable dash no.
AMPLIFIER
5 y. 800 CPS
-1007548 !
REV zz:
SERIAL NO.
i
SEE NOTE 16
marking VIEW B 8
- DWG CHG LTR.
23 CLEAN MODULE WERE POSSIBLE BYDEGPFAS/NG
WITH FREON AND 150-PROPYL ALCOHOL PRIOR
TO ENCAPSULATION.
SELECTION CHART
FOR R5
■ msrsb
VA LU EJh
97
"7T
96
I/O
JA-
to I
nor
2800
3000
33QQ-
3 GOO
39001
<mr
s:
±£Q0_
4900
51QO
530<y
5600
5000
mi
Tm:
7 200
7806
SELECTION CHART
FOR R7
PART NUMBER _
1010389-60 _
16 6*5
63
~7os
I 860
2000
Z205~
2300
241(2-
2600
2800
3040-
3IQQ.
33Q4
3344L
w
+3tt
<*soo
SELECTION CHART
_ FOR RH
PART NUMBER _
1010364 ~ 195.
203
VALUE
227
23S
AO-
681
-jszr
8Z£-
241.
IQOO
HOP
1210-
I3QCL
1400-
jsaa.
SELECTION CHAF'f
FOR P/5
PART NUMBE R
VALUE SL
1006730- 23
-26
-29
-32
-35
-36
-38
-40
-42
-47
-G6
430
560
7 50
IQOO
1300
1500
1800
ZZOO
SEE NOTE 16
SEE NOTE /6-U
2100
4300
8200 1
-84
- 105
- 108
-III
-114-
-U7
-128
134-
27K I
150 K
650 \
865
II 50
3450
5900
24 EXCEPT FOR THE HELICO/L MOUNTING SURFACE, p flNT4LL
Z pcrp Mn 1002110 TYPE IT AFTER ENCAPSULATION, USING BLACNF)AINT .
p£? M07Z9-4. cueesr a*o‘ffoe: £/&ht Awn. connector p/h
BLADESAUD INSULATORS 70 BE FREE FPOM PAINT-
25 AFTER EJ! CAP SUL AT/ON BUT PRIOR TO NMNT/HG PROVIDE A 45* X APPROX. .06 CHAMFER.
IN THE FOAM ALONG THE ENTIRE FOAM TO HEATSINK EXTERNAL INTERFACES. FILL THE
whin . a/6 below surface using ndioozw , type n.
IOOJ57A_
/ CQ75 7Z
< 0075*0
NEXT ASSY
m
AR
m
m
[AR.
I*
13
(QUANTITY REQUIRED
-I FRACTIONS DECIMALS ANGLESl
+ W1.02 +
_ M'-OOS _ _
APPLICABLE
DASH NO.
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APP', IES
7T7T
REVISIONS
DESCRIPTION
1 DAT ' 1
APPO
1 REVISED PFR TDRR 14 712 L
, REVISED PER TDKR lG63
CMC wo i « 1
fS
1
cl
QEVtSeO PER TVRR <6e3Z
Zm
-«6
6> «
-
V
ZisMco f*e rvee 17**0 |
• 4 ^\
E i
,REVISER PE« TOR* H963 |
AF-
f ;
RE/iSED PER TDRR /8S/4> [
6r
G |
REVISED PER TDRR 19388 j
bt '
M ,
REVISED PER T Dgg 5442___
■ Aa
J
_ *v - *1
i *
RES/SED p ER TDRR201*3
'JU .
Sts.
SO ■-
' L
RE4/SLD PCK TDRR 2078* ^
r
—
R£F[
40
38
37
36
35
34
3<
28
25
22
7QQ95Z6
SCHEMATIC. ELECTRICAL
SEE TABLE"
re$isT 6R, Fixed
!008540- 4
1000093-13
GASKeT COHNECTCe t M/"HT.
/OC&7S7- 8
I00C7S7-T
/OQ67S7-9
1004776-22
WIRE
IOOC776-Z1
I0QL776 -20
10/0273-3
1010398 -4
INSULATION*
\ /0/Q385
10/0407
10/0303
! AOr/rO » f ISrs. .
crH /MMDUCTOJP OtiV/CFDIODl
TR/HNSFORHER - -
37
35
1010264 -/
TPAA/SPOkMEAg
Lgg TABLE'
10/036* -25/
2Q.
1 3
1 /006 750-1.
' SEE TABU
SEE TABU
65
/O!0389 -43
IZ
\ lOO6750-Z0.
mmii z
IO
EFFEC-
TtVTTY
UNLESS OTHERWISE SPECIFIED
DRAWN-L
I CHECKED ^
S6
*53
!004750 -56
IC08CZ4 - 4
1008024-31
1008021-2
I00B07IS _
\ms2034I-4I6B
1006775
1006762-5'
\I008303~
mn OB IDENTIFYIN6
.0200/A __
.020 *.0/0__
.032 D/A
TPUA/S/STOP ( MATCHED PAIRl
tpaais/stoaewtcheli bW
— ~ m IA /-> r-i.Fl//S' C DIAl
CAPACITOR
nn&A'm,*r
/USULATOk.ov^mrr
WASHER. li/SUL ATOP
WASHES /NSULATQaL
HUSHING JHSUL A TOE _
WASHE/Z-FLAT
HUT
IHSUL6T0E _
CONTA C TjW BAPOST-MALEZ.
A. ft OCT M
OF PARTS A NO MATERIALS
MANNED
SPACECRAFT CENTER
HOUSTON. TEXAS
AMPLIFIEDGOOCHS
MODULE ASSEMBLY
80230
1007548
!SHEET iorr
ion7.S4.ftL.
7
6
5
/between mf
fND HEATSINKTOP OF
At /°
FUK
/fC0* e CbtiFEA JR ro6M EXTEkNiC
/eatSjXjk
HEFTSINK SbPFACE/80 ** OF/RE
/
VP5 PROM £Ke*HAL HEATS/k SUl
sj/Cr '7^5
\DJA-
/£c$her filZet aTkvbGtical
VERTi
v
' SukF^eAo WTHltpCh 3 t .03 Of
h£^\U?1K
su/G
EFTER/k^SuRFACR X /
/ -i
’ LJ R%TS:NKX t OAM
</z /J T£ ZTSStfF A C E
V?//-£A /
/OO/kC^
&TERNAbsMOpdLE
surface V
s IQO°fo O&Gr^K
V reCM \
a M0DU t?
HEATS!brfc^EVAM COtfTACT^UR-
FACEadjacent TV HEATSINK,
S ERNAL .sJfr^KCE S'
. ZSMJpf WIDTH OfTKPTAL AVAIL -
ABLy&H SO M>F PtWMETEA
TO^lTHHl-Q?* -03 °r\/
EXTERNAL h( SE A.
NOTES :
/ INTERPRET DRAWING IN ACCORDANCE W/TN STANDARDS
PRESCRIBED BY MIL-D-703Z7.
Z COMPONENTS TO BE CENTRALIZED4CEMENTED IN PLACE
PER NO 1002009 METHOD J.
4. ALL CONNECTIONS TO BE MADE BY MELDING PEG A/D tOCZOOS
5 UNLESS OTHERWISE SPECIFIED .*
WIRING SHALL MEET THE REQUIREMENT* OP ND/00206*.
Q>. MOUNTING TORQUE 24 INCH POUNDS t Z IN LBS .
7 SOLDER PER NO 100207/
&. AR.EA TO BE FK£E OF ENCAPSULATING COMPOUND.
9. AR DENOTES AS REQUIRED
10 MARK PIN NUMBERS . loo/.oeo HIGH (WHITE) AND ALL OTHER
CHARACTERS .140/.IOO HIGH (WHITE) PER NO1002019 AND SERIALIZE
PER NO I00Z023. CENTRALIZE AS SHOWN.
II. ON ITEMS 2 AND 3 .*
FT ( ) INDICATES FEED THRU.
PLUS (+) INDICATES POSITIVE END OF CAPACITOR..
C INDICATES COLLECTOR LEAP OF TRANSISTOR,
B I BASE II 1
£ t EMITTER 1 f *
K INDICATES CATHODE SIDE OF DIODE
IZ. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL
WIRING •
IS BLACK DOT AND CROSS-HATCHED WIRING INDICATES
' UPPER LEVEL WIRING •
i4. typical sleeving por cri, cr 2 , r^riz.pis and */4.
/ft TYPICAL WIRE AND SLEEVING FOR FT I THRU FT B.
16. VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP 1007046
PART TO BE SELECTED FROM CHART
17 ENCAPSULATE MODULE PER ND1002002 (BLACK POLYURETHANE FOAM).
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS
MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS
BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY --
HEATSINK SURFACE AND ITS RESPECTIVE SEL£ £I / I )/ t,£ H/i * r
ENCAPSULANT SURFACE SHALL NOT EXCEED - FOR RS , -
■015. REMOVE ALL FLASHING ^BOO ~
18. ASSEMBLE PER NDI002I36. I Ct 3000 _
19. COMPLETED ASSEMBLY SHALL £>£ TESTED -- 59 - 3d. 07) -
IN ACCORDANCE WITH AND SHALL MEET ~ZHZ 7# 3900 I
ALL OF THE REQUHZ6MEN7S OF P*. 1007048. _ 97 _
2 0. F/LL PER ND10021 !7 . - V — £f&Q — -
1.550REF
ACTION C
FOR. R.7
'MA&r
VUnouL-
9-60
6t
TE6U
62
lBd&
63
64
2000
"W
107
Yioo
65
— 5?
Ax
2*00
67 1 3000
108
-HKgg.
m tmt
69
JJSM5LC
231 CLEAN MODULE WHERE POSSIBLE BY DEGREAS/HG _____ 77- 1
WITH FREON AND /SO-PROPYL ALCOHOL PAYOR III 7800 1
TO ENCAPSULATION.
24 EXCEPT FOE MODULE MOUNTING SURFACE, PAINT ALL SURFACES
PEP ND1002279, USING 10/0992 PR/A4ER PN0 /COa S < ^ 9 Z r < oc^ // !nr pa/a/t
connector P/N B CEDES END /NSULNTORS TO BE FREE OF PA/NT.
25 AFTER ENCAPSULATION BUT PRIOR TO PAINTING, PROVIDE A 45*X APPROX. M CHAMFER
IN THE FOAM ALONG THE ENTIRE FOAM TO HEATSINK EXTERNAL INTERFACES. FILL THE
CHAMFERED AREA FLUSH TO WITHIN .QIC BELOW SURFACE USING NDt00H67 J TYPE 27 .
7
6
6
4
8
7
6
5
'BETWEEN WAF
m heatsinKtop of wap
HtATSlHK^OAM COHTACTs$UR-
facejCdjacext y heatsink, *
>EXTERNAL SURFACE X
(eR AMD
fiM.
/GOV° cl
X HE A ./2 F»6m EXT£%mC
/COXOE AREA
X
>
[ HE XT SINK
sbgFACE/eo crxxEA
.25 FbDM y
I\£5 zfccM eXerwal heatsiak surface: .
FXTERmsMOyil
/ \
/
Y
A / v
SURFACE yc
ER Ary
\dja-
■ /Fc^ner
FILLET The IBRTlCAL
/00°fo oyARHL
r ve/ti
cV
' SURFXCA
yTO WlTHltb&$ t .03 y
FROM N
K^x
5c/X
EXTERN
k SURFACE \ /
ErKXNAL MODULI
• SEE NOTE 6
im£-er\ y
• 25 \ipr V/IDTH yrw-AL AVA/L-
ABLE/fy SO °/y>F nS>METBR
TO/ZllTHK.y*. .03 0F\X
External o(ge A
NOTES :
I. INTER.PR.ET DRAWING IN ACCORDANCE W/TH STANDARDS
PRESCRIBED BY MIL-D-70327.
Z. COMPONENTS TO BE CENTRALIZED4CEMENTED IN PLACE
PER NO 1002009 METHOD J.
4 ALL CONNECTIONS TO BE MADE BY MELDING PER ND fOOZOOS
5. UNLESS OTHERWISE. SPECIFIED l
WIRING SHALL MEET THE REQUIREMENTS OP NO / 003069 .
6. MOUNTING TORQUE 24 INCH POUNDS t Z IN LBS.
7 SOLDER PER ND 100207/
6. AREA TO BE FREE OP ENCAPSULAT/NG COMPOUND.
9. AR DENOTES AS REQUIRED
10. MARK PIN NUMBERS . lOO/.ObO HIGH (WHITE) AND ALL OTHER
CHARACTERS .140/JOO HIGH (WHITE) PEP NDIOOZOIS AND SERIALIZE
PER NDIOOZOZ9. CENTRALIZE AS SHOWN.
11. ON ITEMS ZAND 3 .*
FTC) INDICATES FEED THRU.
PLUS (+) INDICATES POSITIVE END OP CAPACITOR..
C INDICATES COLLECTOR LEAD OP TRANSISTOR.
B \ BASE II I
E t EMITTER t ? t
K INDICATES CATHODE SIDE OF DIODE
IZ. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL
WIRING •
IS. BLACK DOT AND CROSS-HATCHED WIRING INDICATES
UPPER LEVEL WIRING .
14. typical sleeving for cri, cr 2, r^rjz^is and rm*.
15. TYPICAL WIRE AND SLMMINW FOR FT! THRU FT 8.
16. VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP 1007046
PART TO BE SELECTED FROM CHART
17. ENCAPSULATE MODULE PER NDI00Z002 (BLACK POLYURETHANE FOAM).
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS
MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS
BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULANT OUTLINE, THE MAXIMUM DIMENS ION BETWEEN ANY ___
1.550REF
-SEE NOTE 10
APPLICABLE DASH NO.
AMPLIFIER
5 % BOO CPS
-1007548 l::/
SEE NOTE 16
MARRING VIEW 8-9
HEATSINK SURFACE AND ITS RESPECTIVE
ENCAPSULANT SURFACE SHALL NOT EXCEED
.015. REMOVE ALL FLASHING.
16. ASSEMBLE PER NDI002I36.
19. COMPLETED ASSEMBLY SHALL &E TESTED
IN ACCORDANCE WITH AND SHALL MEET
ALL OF THE REQUUZEMENTS OF PS. 1007048.
20. F/LL P£J2 ND/OOZU7 .
SELECTION CHART
FOP R5
ART NUMBER VALJJ
0/0389-96 28 C
SELECTION CHART
FOR R7 _
SELECTION CHARI
_ FOR EH
PART NUMBER YALL
0/0364 - 195 511
__ 203 56,
2U 61'
**?' TSi
23S 82i
243 — 90,
251 IOC
23. CLEAN MODULE MERE POSSIBLE BY DEGREES/NG \ | 77 ~~ 7 500
F/TH FREON AND 150-PROPYL ALCOHOL PPtOR \ f III 78Zd
TO ENCAPSULATION.
24. EXCEPT FOR MODULE MOUNTING SURFACE, PA!NT ALL SURFACES
PER ND/002279, USING /0/0998 PF/A4ZX? 1003809-4 PH/NT
connector pin blades hnd /nsulators to be free of pa /NT.
25. AFTER ENCAPSULATION BUT PRIOR TO HUNTING, PROVIDE A 45*X APPROX. .06 CHAMFER.
IN THE FOAM ALONG THE ENTIRE FOAM TO HEATS/HR EXTERNAL INTERFACES. FILL THE
CHAMFERED AREA FLUSH TO WITHIN .016 BELOW SURFaCE USING NO 1002167, TYPE U.
SELECTION CHART
FOR R/5 _
PART NUMBER VALUE SL
1006750- 23 430
= “2G 5GO
-29 750
_ - 3 Z IOOO
_ - 33 1300
_ -36 1500
_ -33 1800
_ -40 22 OO
4Z ZlOO
_ -47 4300
_ - 54 SZOO
_ - 59 _ I3<
_ -G6 27K
-84 130 K
- 105 375
- 108 430
- Ill _ 650
-114- 865
_ - 117 _ II 50
_ -128 3430
_” -134- 5 3 00
SEE NOTE !6
SEE NOTE 16 *
I REVISED PER TDRR 14712 j
REVISED PER TPS* >663t
\eEilS6D PER TDRZ i663Z j
ft? T VZt 17940 i
'REVISE* PER T D** n963~
|, R&H3E D PER TDRR /S5/4-
|REVISED PER TDRR 1938&
| REVISED PEC T Pgg '94*2
/=>jE^e 7Zjmeif56$
REV ISED PER 7DRR 20t43
REVISED PER TDRR *0789
~PF//SFPPFR TAPP 2Z97T
"revised PER TDRR 83660
~ *5 iXl-:
tf l4l
v*T j >
ZCTP/CA
' 43 1010 848 -Z
'42. SEE TABLE 1
' 4f f -3
' 4-0 -6
39 /OP854C
’ 36 1000093-13
* ~36 1006757“!
" 35 /OQ67S7-3
" 34 1006776-2X
" 33 100677
~ 3Z 1006776-20
~ 3/ 10/0273-3
" SO 1010398-4
~ 23 10/0335
~ Z8 10/0407
IJL MQ3 &g_
26 A 37
~ ZS T 35
~ 24 101026 4 -/
~ 23 SEE Tl _
~ 22 1010364 -2 5/
~ 21 1006750-/
~ 70 SEE TABLE
19 SEE TABLE
/6 _ 65
" 17 56
’16 . —£ T
" /g tO / 0389 -< _
/4 1006750 - 56
/ 3 1006750-20
IZ 1008025- 2
~ // 1008024-4
~ IQ /OO8024- 3
~ 9 1008021 -2
6 I0C807I-5
7 MS2034I-4I6B
G /00G775 ~~
~g~ 1006782-5
I RESISTOR, FIXED
r i
SCREW
I .020 *.Q!0
INSULATION
TRANS/STOi
TRANSISTOR {HA TCHED PAIR)
\SZfilCONDUdTQR
TRANSFORM ER
TRANSFORM _
CAPACITOR
WASHER, INSULATOA
y /a sm r I Insulator
BUSHING./ _
WASHE R. PLAT
i INSULATD
CONTACT
2 1008304
/ 1008303
ITEM MKT 0« I0EMT1FWMS
_ INSULATO
HEATSINK
NOMENCLATURE
OW OCSOWPTION _
f Of PARTS ANO MATERIALS
AMPLIFIER300CPS
MODULE ASSEMBLY
8
7
6
6
/♦<**
1
b- I
3
r a
* U
f n
fe. h a
f ra
*- - ■-
L!
NOTES :
/. INTERPRET DRAWING IN ACCORDANCE W/TH STANDARDS
PRESCRIBED BY MIL-D-70327.
Z COMPONENTS TO BE CENTRALIZED*CEMENTED IN PLACE
PER NO 1002009 METHOD J.
- = 3 : BOND ITEMS -■&», 40 *44 Tft tT*m e PER Ntt7Q:OZZ9 3^==.
4. ALL CONNECTIONS TO BE MADE BY WELDING PER ND 700200S
5. UNLESS OTHERWISE SPECIFIED ;
WIRING, SHALL MEET THE REQUIREMENTS OP NO J002069 .
6. MOUNTING TORQUE 24 INCH POUNDS tZ!N LBS.
7 SOLDER PER ND 100207/
6. AREA TO BE FREE OP ENCAPSULATING COMPOUND.
9. AR DENOTES AS REQUIRED
10. MARK PIN NUMBERS .lOO/.OeO HIGH (WHITE) AND ALL OTHER
CHARACTERS . 140 /.IOO HIGH (WHITE) P£R NDIOOZOIS AND SERIALIZE
PER NO/OOZOZ3. CENTRALIZE AS SHOWN.
11. ON ITEMS 2 AND 3 1
FT () INDICATES FEED THRU.
PLUS (+) INDICATES POSITIVE END OF CAPACITOR.
C INDICATES COLLECTOR LEAD OF TRANSISTOR .
B 1 BASE
E J EMITTER
K INDICATES CATHODE SIDE OF DIODE
4.718 REF
C.HIS {Jr /
I 1 1
IZ. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL
WIRING .
IS. BLACK DOT AND CROSS-HATCHED WIRING INDICATES
UPPER LEVEL WIRING-
14 . typical sleeving for cri, crz, r^rjz,ris and r/4*
15. TYPICAL WIRE ANLLSLREV/NQ -FOR FT! THRU FT8.
16. VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP 1007046
PART TO BE SELECTED FROM CHART
17. ENCAPSULATE MODULE PER HD1002002 (BLACK POLYURETHANE FOAM).
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS
MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS
BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
APPLICABLE DASH NO.
SEE NOTE IE
MARRING VIEW B B
HEATSINK SURFACE AND ITS RESPECTIVE
ENCAPSULANT SURFACE SHALL NOT EXCEED
.015. REMOVE ALL FLASHING.
IB. ASSEMBLE PER ND/002136.
19. COMPLETED ASSEMBLY SMALL SB TESTED
IN ACCORDANCE WITH AND SHALL MEET
ALL OF THE REQUIREMENTS OF PS. JO07043.
20. F/LL PER NDJOOEU7.
23. CLEAN NODULE MERE POSSIBLE BY DEGREASING
U/TN FREON AND /SO-PROPYL ALCOHOL PRIOR
TO ENCAPSULATION.
24. EXCEPT FOB MODULE MOUNTING SURFACE, PAINT ALL SURFACES
PER ND 1002279. USING /0/0998 RR/AUER RW0 1003609-4 PR/WT
CONNECTOR PIN BLADES AND /NSUL A TORS TO BE FREE OF P4//VT.
25. AFTER ENCAPSULATION BUT PRIOR TO HUNTING; PROVIDE A 45° X APPROX. M CHAMFER
IN THE FOAM ALONG THE LNT/RE FOAM TO HEATSINK EXTERNAL INTERFACES. FILL THE
CHAMFERED AREA FLUSH TO WITHIN .016 BELOW SURFACE USING NO 1002/67; TYPE II.
26. MOiSTuREPROOF PER ND 1002292 AS REQUIRED BY ITEM N0.(44) USiNG INSULATION TAPE
IN ACCORDANCE WITH SCD 1008866 ANO POLYURETHANE COATING PER SCD 1008867
AFTER PAINTING AND STENCILLING.
SELECTION CHART
FOR RS
SELECTION CHART
FOR. R7
SELECTION CHART
FOR Rll
SELECTION CHART
FOR R/S
PART NUMBER
VALUE-a-
PART NUMBER
VALUE sl.
PART NUMBER
VALUEA-
PART NUMBER
VALUE SL
7010389 - 96
2.800
7070389-60
feoo
70/0.
964 - 195
S/l
1006750 - 23
430
G7
3000
6/
1600
203
562
-Z6
560
68
3300
62
1800
211
6/3
-29
750
69
so do
63
2000
2/9
6BI
-32
IOOO
70
3900
64
2200
227
7SO
- 35
1300
97
9/00
107
2300
23S
825
-36
1500
7/
4300
65
2400
243
90S .
-3s-
1800
96
4500
35
. 2600
251
IOOO
-40
ZZOO
HQ
4900
96
2600
5J5
IIOO
4Z
zioo
73
s/oo M _
67
3000
267
72/0 _ .
-47
4300
39
S300
I0Q
3/00
- 173 —
1300
- 54
ezoo
74
Sgoo
68
3300
±74
7400
- 59
1 3K
too
SBOO
109
3S00
265
ISOO
27K
IOI
6/00^
69
3600
-64
15 OK
102
6360
70
3900
- 105
375
IQ3
6600
97
4100
- 108
490
104
E9O0
7 /
±300
- 111
650
105
7 ZOO
__1
98
<4500
-114-
865
77
iSoo
-H7
II 50
_i
III
7800
- 128
3450
i
-134-
5900
SEE NOTE !6
SEE NOTE 16 \I
IOOJ376
IC075 It
f0075*o
NEXT ASSY
USED ON
APPLICABLE
DASH NO.
1 APPLICATION |
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
8
6
e
(m
©
(t
[ REVISIONS 4 |
STM
ZONE
DESCRIPTION
DATE
AFRO. 1
A
REVISED PER TDRR I47|2 1 cho no
•H-
" (A
& j REVISED PER TDRR 16631
C | ' oouseo PER 701ZR iGGSZ j
■fej
V
tw\Hx> fir* T022 mto
5.
[REVISER PER TDRR 17963
; APT:
j e - r
F
\p£VISED HER TDRR /S5/4-
{ £5
<3
REVISED PER TDRR 19388
i Jt'.*
< fcE
H
Revised pep Toes 19442 1
u*
J
/?&e 7&&e/9Ut
_ • K.i
< E~-
K
REVISED PER TDRR2014-3
!
fesai
L
REV/SID PER TDRR *078*
—,
ML
A5
:
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9. BOND ITEMS 99, AO *44 TO ITEM 6 PER NO/OOZZ97.
A. ALL CONNECTIONS TO BE MADE BV WELDING PER NO tOOZOOS
S. UNLESS OTHERWISE SPECIFIED .*
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Q>. MOUNTING TORQUE Z A INCH POUNDS * 2 M LBS.
7. SOLDER PER NO I0OZO7I
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9. AR DENOTES AS REQUIRED
10. MARK PIN NUMBERS . loo/.ono HIGH (WHITE) AND ALL OTHER
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i4. typical sleeving for. cri, cr 2 , r^rir^is and r/4.
ID. TYPICAL WIRE AND SLEEVING FOR FT! THRU FT8.
14 VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP /007548
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MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS
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HEATSINK SURFACE AND ITS RESPECTIVE
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.015 REMOVE ALL FLASHING.
ASSEMBLE PER ND/002136.
16.
19. PROCURE PER PS1007048 .
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•SMmY 188 %
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ND 1002009. METHOD C
UNLE55 OTHERWISE SPECIFIED:
WIRING SHALL MEET THE REQUIREMENTS OF ND1002063.
ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005.
MARK PIN NUMBER'S .060/. lOO HIGH (WHITE) AND ALL OTHER
CHARACTERS .100/.I40 HIGH (WHITE) PER NDIOOZOI<3, AND SERIALIZE
PER ND 1002023. CENTRALIZE AS SHOWN.
MOUNTING TORQUE 12 ±2 INCH POUNDS.
SOLDER PER ND 1002071
INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
BOND® ANO (® TO (5) PER ND1002237.
AR DENOTES AS REQUIRED
PROCURE PER. P5I007049.
ON ITEMS (® AND ® :
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K INDICATES CATHODE SIDE OF DIODE.
FT ( ) INDICATES FEED THRU.
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, R (SHT 2 , ZONE A-7)
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R9, RIO ; RI2, RIG 4 RI9.
16. TYPICAL SLEEVING AND WIRE FOR FTI THRU FT9.
17. VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP 1007049
PART TO BE SELECTED FROM SELECTION CHART.
18. ASSEMBLE PER ND 1002136
19. BOND ITEM (48) TO ITEM (|S) OR ITEM (SO) PER MIL-1-15*26, CONDITION C* 2/23/50
BEFORE ASSEMBLING T0(T)
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EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A
MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT
OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND
ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED 015.
REMOVE ALL FLASHING.
21. INSULATION TAPE PER MIL-1* 15126 TVPE MFT 2.5,«£ WIDE
SELECTION CHARTS
RI4
RI8
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PART NUMBER
VALUE
SI
PART NUMBER
VALUE
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VALUE
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1010364-413
6980
1010364-459
12100
1010409-18
51
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6040
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5230
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110
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324
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1100
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261
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866
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243
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1010309-4
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1006793-023
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1010410- 7
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1010410-15
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1010 278-72
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1010312-022
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ITEM PART OR IDENTIFYING
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MS I NOMENCLATURE
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LIST OF PARTS AND MATERIALS
mcT MANNED
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NEXT ASSY USED ON APPLICABLE IZfmAL -
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ND 1002009. METHOD C
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ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005.
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ENCODER EXCITATION
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AR DENOTES AS REQUIRED
PROCURE PCR. P3I007043-
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SELECTION CHARTS
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14. BLACK DOT AND CROSS-HATCHED WIRING INDICATES UPPER LEVEL WIRING.
TYPICAL SLEEVING FOR CRI THRU CR8,CRlO,CRII,CRI2, RI,R2,R3, R4,
R9,RI0 ; RI2,RI6 <J RI9.
TYPICAL SLEEVING AND WIRE FOR FTI THRU FT9.
VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP 1007049
PART TO BE SELECTED FROM SELECTION CHART.
ASSEMBLE PER ND 1002136
BOND ITEM @ TO ITEM (g) OR ITEM (g) PER MIL-1-15*2£, CONDITION C-2/23/50
BEFORE ASSEMBLING TO(T)
ENCAPSULATE MODULE PER NDI002002 (BLACK POLYURETHANE FOAM)
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY
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MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT
OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND
ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED 015.
REMOVE ALL FLASHING.
INSULATION TAPE PER MIL-l-15125 TYPE MFT ZS.i WIDE
BOND A .25 MIN WIDE PERIMETER OF THE TOP AND BOTTOM
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RI4
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PART NUMBER
VALUE
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PART NUMBER
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SI.
PART NUMBER
VALUE
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1010364-413
6960
1010 364-459
12100
1010409-18
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2140
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2000
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866
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U ~A — REVISED PER TDRR ££33
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NEXT ASSY 1 USED ON
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FRACTIONS DECIMALS AMBLER £
+ .XX ±JD2 + <
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WAFER S, FUAT
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EXTERNAL
MODULE SURFACE
N/A
WAFER ANO
ADJACENT VERT¬
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CORNER. FILLET 8,
VERTICAL SURFACE TO
WITHIN .03 - .03 OF
EXTERNAL SURFACE.
IOO°»o OF AREA
.25 FROM
EXTERNAL
MODULE SURFACE
N/A
N/A
N/A
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available on eof® or
PERIMETER. TO WITHIN .03
±.03 OF EXTERNAU
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NOTES) :
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-703 2 7.
2. COMPONENTS TO BE CENTRALIZED AND CEMENTED IN PLACE PER
ND 1002009. METHOD C
3. UNLESS OTHERWISE SPECIFIED:
WIRING SHALL MEET THE REQUIREMENTS OF NDIOOZOfcB.
4. ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005.
5. MARL PIN NUMBERS .060/. lOO HIGH (WHITE) AND ALL OTHER
CHARACTERS .100/.\AO HIGH (WHITE) PER NDlOOZOia, AND SERIALIZE
PER ND 1002023. CENTRALIZE AS SHOWN.
6. MOUNTING TORQUE 12 ±2 INCH POUNDS.
7. SOLDER PER ND 1002071
S. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
0. BOND (IT) ANO (»2) TO @ PER ND1002237
10. AR DENOTES AS REQUIRED
11. PROCURE PER. PS 1007049 •
12. ON ITEMS (e) AND (J) :
BROKEN PATHS INDICATE INSULATION SLEEVING.
K INDICATES CATHODE SIDE OF DIODE.
FT ( ) INDICATES FEED THRU.
i
4
1
A A (SHT 2,ZONE E-7)
_L ±
' o
C-INDICATES COLLECTOR LEAD OF TRANSISTOR
B-
BASE LEAD
E-
EMITTER
C A
COLLECTOR
BASE LEAD
Ea 1
EMITTER
I I
MULTI STAGE TRANSISTOR
1 I 1
13. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING
14. BLACK DOT AND CROSS-HATCHED WIRING INDICATES UPPER LEVEL WIRING-
IS. TYPICAL SLEEVING FOR CRI THRU CR8,CRlO ; CRI l,CRI2, RI ; R2,R3, R4,
R9,RI0,RI2,RI6 4 RI9.
IGw TYPICAL SLEEVING AND WIRE FOR FTI THRU FT9.
11. VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP 1007049
PART TO BE SELECTED FROM SELECTION CHART.
IB. ASSEMBLE PER ND 1002136
IS. BOND ITEM @) TO ITEM (SS) OR ITEM (50) PER MIL-I-IBIZC, CONDITION C* 2/ 23/50
BEFORE ASSEMBLING To(T)
20. ENCAPSULATE MODULE PER NDI002002 (BLACK POLYURETHANE FOAM)
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY
EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A
MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT
OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND
ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED 015.
REMOVE ALL FLASHING.
21. INSULATION TAPE PER MIL-I* 15126 TYPE MFT 25,-jr WlDE
22 . B O KI D A .2 5 M IN -WI DE P E RI M E TER O F T tt fe T O P AN D B OTT OM—
INS ULATORS TQ - T H fc H EATS I NK AND CO*T A .25 MIN Wt Pfe P S e i METEg
O N THE. Q y TS l PB S URFACE OT TU B IN SULATOR S P fcg ND I OOC I OT TYPE I -
23 CLEAN MODULE WHERE POSSIBLE PRIOR TO BONDING OF WAFER BOARDS AND
APPLICATION OF COATING MATERIAL BY DEGREASING WITH PREON AND
ISO-PROPYL ALCOHOL. ADHESIVE AND COATING MATERIAL =>ER NDlOO?l81
TVPEH.. APPLY MATERIAL AND COATING AS INDICATED IN TABLET.
SELECTION CHARTS
RI4
RI8
C3 & C4
PART NUMBER
VALUE
SI
PART NUMBER
VALUE
-T2
PART NUMBER
VALUE
UUP
1010364-413
6900
1010364-459
rvj
o
o
1010409-18
51
-451
6040
-301
4750
-19
56
-359
5230
-327
2490
-20
62
* -379
4640
-295
1690
-21
66
-369
4120
-271
1270
-22
75
-359
3650
-251
1000
-23
82
-351
3320
-237
045
-24
91
-343
3010
-223
715
-25
100
-335
2740
-211
619
-26
110
-325
2430
-201
549
-27
120
- -3J7
2210
-191
487
-28
130
-309
2000
-103
442
-29
150
-301
1820
-175
402
-30
160
-293
1850
-169
374
-31
160
-283
1470
-163
340
1
i -32
200
-275
1330
-157
324
-267
1210
-151
301
-259
1100
-145
280
-249
976
-139
261
-239
066
-133
243
-229
760
-129
Z3Z
-217
665
-125
221
1
i -205
576
_]
-121
210
i
TT*nri
T
T
• r
i
♦
4
T
3
2
2
r
□
ZONE
REVISIONS
DESCRIPTION
REVISED PER TDRR £6 33
CMG NO
DATE
-65
~
□
EEV/SED PB* TDeZ r&8Z
-
-Kac
-S
i
Rtvi^eo PER TDRR 19595
5
H
□
REVISED PER TDRQ IRA4-3
si
—
fa
2FV \&ED PER TDRR»» 5*3
M
A
_L
A (SHT 2,ZONE E-7)
_L
|n n n nn ^ n ft ft|
m
.300 REF I- 1» 01 * «jcd«o 5 s
r
-SEE NOTE d
1.550
°ref
T
B
NOTES :
I. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
2.
3.
4.
5.
6.
7.
a.
0 .
10 .
11.
12 .
PER
PRESCRIBED BY MIL-D-703 2 7.
COMPONENTS TO BE CENTRALIZED AND CEMENTED IN PLACE
ND 1002009. METHOD H .
UNLESS OTHERWISE SPECIFIED:
WIRING SHALL MEET THE REQUIREMENTS OF NDIOO2O60.
ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005.
MARK PIN NUMBERS .060/. IOO HIGH (WHITE) AND ALL OTHER
CHARACTERS .100/.\40 HIGH (WHITE) PER NDIOOZOI0, AND SERIALIZE
PER ND 1002023. CENTRALIZE AS SHOWN.
MOUNTING TORQUE 12*2 INCH POUNDS.
SOLDER PER ND 1002071
INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
BONO (5) AND (l2) TO (j5) PER ND1002237
AR DENOTES AS REQUIRED
PROCURE PER PSIOO7O40.
ON ITEMS (f) AND ® :
BROKEN PATHS INDICATE INSULATION SLEEVING.
K INDICATES CATHODE SIDE OF DIODE.
FT ( ) INDICATES FEED THRU.
C-INDICATES COLLECTOR LEAD OF TRANSISTOR
-5EE NOTE 5
■ 2.468
REF
POWER SUPPLV
ES.6KC
EM CODER EXCITATION
“10075 49 LVTJ
REV L'_3
SERIAL NO.
T
B (SHT 2 , ZONE A-7)
1.719
REF
-APPLICABLE DASH NO.
-DWG REV LTR.
B-
E-
C A
e a
BASE LEAD
EMITTER
COLLECTOR
BASE LEAD
EMITTER
I I
IULTI STAG
I I 1
SELECTION CHARTS
MULTI STAGE TRANSISTOR
13. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING
14. BLACIC DOT AND CROSS-HATCHED WIRING INDICATES UPPER LEVEL WIRING.
15.
IG.
n.
18.
Id.
20 .
21 .
22 .
23
24.
25.
TYPICAL SLEEVING FOR CRI THRU CR8,CRlO,CRI l,CRI2, RI^RB, R4,
R9, RIO, RI2, RIG 4 RI9.
TYPICAL SLEEVING AND WIRE FOR FTI THRU FT9.
VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP 1007049
PART TO BE SELECTED FROM SELECTION CHART.
ASSEMBLE PER HD 1002136
BOND ITEM @ TO ITEM (|2) OR ITEM (§0) PER MIL-I-15AZG, CONDITION C-2/23/SO
BEFORE ASSEMBLING TO(T)
ENCAPSULATE MODULE PER NDIOO20O2 (BLACK POLYURETHANE FOAM)
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY
EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A
MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT
OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND
ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED 015.
REMOVE ALL FLASHING.
INSULATION TAPE PER MIL-l* 15126 TYPE MFT 2.5, «£ Wl DE
B O N O A .2 5 M IN W4 0E P ER IM ETER O F T Hft T O P AND B O TT OM—
IH5 ULATOBO TO THE HEATS IN K A N D COAT A .IS MIN WI P E P feCl MBTER
ON T H E OU TS I PB 6 UBPAC6 OT -= TU e - tttS UHkTOft g P feft N D I QOe^PTV P fe I -
RI4
RI8
C3 & C4
PART NUMBER
VALUE
SL
PART NUMBER
VALUE
PART NUMBER
VALUE
UUF
1010364-413
6900
1010364-459
ro
o
o
K)I0409-I8
51
-4(91
6040
-361
4750
-19
56
-3 89
5230
-327
2490
-20
62
‘ -379
4640
-295
1690
-21
66
-369
4120
-271
1270
-22
75
-359
3650
-251
1000
-23
82
-351
3320
-237
045
-24
91
-343
3010
-223
715
-25
100
-335
2740
-211
619
-2<S>
110
-325
2430
-201
549
-27
120
* -3J7
2210
-191
487
-28
130
-309
2000
-103
442
-29
150
-301
1020
-175
402
-30
160
-293
1650
-169
374
-31
180
-233
1470
-163
345
_
i -32
200
-275
13 30
-157
324
-267
121 0
-151
301
-259
1100
-145
280
-249
976
-139
261
-239
566
-133
243
-229
765
-129
232
-217
665
-125
221
( -205
576
i
-121
210
SEE NOTE 17
BEE NOTE 17 4
CiEAN MOOULE WHERE PO SS IBLE PR I OR TO B OUO l NG OF WAFER B OAeP S AND
A O Pi- 1 CAT I ON Or COATI N G MATE RI AL BY D£6 R €AS lN G W I TH-FREO N AND
IS O -PR O P YL ALCOHOL. AOHE SI VE AND OOAUNG MATC ^I At- ^ CK? NDlOO^lQT
TV P EE. AP P LY MATE R IAL AND COAT I NG AS mO t €ATCD I N TAftLE I.
CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL ALCOHOL
=>Q,OR TO ENCAPSULATION.
EXCEPT FOR THE HFUCOiL MOUNTING SURFACE PAINT ALL SURFACES PER N0IOO2IIO TYPEH
AHER ENCAPSULATION, USING BLACK PAINT PER 1010729-4. CURE AT 140® F FOR EIGHT HOURS.
CONNECTOR PIN BLADES AND INSULATORS TO BE FREE FROM PAINT.
-L
100757*
NEXT ASSY
USED ON
APPLICABLE
DASH NO.
[ APPLICATION I
&
1
—
—
—
1
—
50
1 OIOSZ9-IZ
SEMICONDUCTOR DEVICE , DIODE
X*'
—
REF
1009527
SCHEMATIC .ELECTRICAL
l
-
49
1006750-25
RESISTOT2
-
>?
REF
101002 9
SCHEMATIC.ELECTRICAL
AR
AR
AR
AR
48
SEE NOTE 21
IKISULATIOM TAPES ELEC_
47
1006776-20
AR
AR
46
1006757 -1
RIBBON .0I0X.020
AR
AR
48
1006776-22
INSULATION SLEEVING.ELEC.
AR
AR
44
1006757-8
WIRE.ELECT .020 DIA
AR
AR
43
1006776-21
INSULATION SLEEVING.ELEC.
1
l
42
1010422
TRANSFORMER
l
l
41
1010291-2
TRANSFORMER
—
1
1
40
1010269- 2
TRAN SISTOR (MATCHED PAIR )
1
l
39
1010398- 4
TRANSISTOR (MATCHED PAIR)
l
1
38
1010397-1
♦
1
l
37
1010431
TRANSISTOR
—
1
3L
1010265-12
SEMICONDUCTOR DEVICE DIODfe
II
II
35
1010385
SEMICONDUCTOR DEVICE DIODE
I
'
34
1010309-4
REACTOR
1
hr
33
1006793-023
f
Z
z
32
1010409-
__
Z
2
31
1010410- 7
1
2
2
30
1010410-15
CAPACITOR
1
I
29
1010 278-72
1
l
28
1010312-022
2
2
27
1006760-33
l
1
26
1010364-
l
1
25
1010364-
l
I
24
<
- 193
d
1
1
23
. -309
—1
2
2
22
1010364-579
-
1
21
-
i - 73
1
1
20
tn
- 8
1
l
19
-43
Z
2
18
-65
Z
2
17
-45
z
2
16
1006750-56
RESISTOR
6
a
15
1006775
IN SULATOR.WRAPOST MALE
6
a
14
1006782-5
CONTACT.WRAPOST MALE
--—■
2
z
13
100802 1- 1
SPACER
1
i
12
1008540-3
GASKET* CONNECTOR Ml NAT
2
2
ll
1008071-4-
WASHER,PLAIN
Z
2
10
1000093-3
SCREW
1
1
0
1008540-5
GASKET, CONNECTOR Ml NAT
2
2
a
100 8024-2
WASHER.MICA
—
Z
2
7
1008024-1
WASHER, MICA
— 1 ——
z
2
G
MS 20341-IOB
NUT
1
l
9
1008025-1
INSULATOR.BUSHING
2
2
4
1008025-2
INSULATOR. BUSHINGi
4-
■1-
3
1
l
2
1015723
INSULATOR
1
l
1
1015725
HEATSINK
0*1
Oil
EFFEC
ITEM
NO
PART OR IDENTIFY*«
NUMBER
NOMENCLATURE
OR DESCRIPTION
"ouJ
iNTm
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TIVITY
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fsz
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INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MlL-D-703 2 7.
COMPONENTS TO BE CENTRALIZED AND CEMENTED IN PLACE PER
ND 1002009. METHOD H .
UNLESS OTHERWISE SPECIFIED:
WIRING SHALL MEET THE REQUIREMENTS OF NDIOO2OB0.
ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005.
MARtC PIN NUMBERS .060X100 HIGH (WHITE) AND ALL OTHER
CHARACTERS .100/.IAO HIGH (WHITE) PER NDI00201<3, AND SERIALIZE
PER ND 1002023. CENTRALIZE AS SHOWN.
MOUNTING TORQUE 12 ±2 INCH POUNDS.
SOLDER PER ND 1002071
INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
10. AR DENOTES AS REQUIRED
11. PROCURE PER P3I007043-
12. ON ITEMS (f) AND (3) :
BROKEN PATHS INOlCATE INSULATION SLEEVING.
K INDICATES CATHODE SIDE OF DIODE.
FT ( ) INDICATES FEED THRU.
C-INDICATES COLLECTOR LEAD OF TRANSISTOR
B- BASE LEAD I I
E- EMITTER j |
C A COLLECTOR MULTI STAGE TRANSISTOR
B a BASE LEAD I I I
Ea n EMITTER 1 I *
13. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING
14. BLACK DOT AND CROSS-HATCHED WIRING INDICATES UPPER LEVEL WIRING.
15. TYPICAL SLEEVING FOR CRI THRU CR8,CRlO,CRll,CRI2, Rl,R2,R3, R4,
R9, RIO, RI2, RIG 4 RI9.
16. TYPICAL SLEEVING AND WIRE FOR FTI THRU FT9.
IT. VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP 1007049
PART TO BE SELECTED FROM SELECTION CHART.
18. ASSEMBLE PER ND 1002136
ia BOND ITEM @) TO ITEM (SS) OR ITEM @) PER M1L-I-15126, CONDITION C-2/23/50
BEFORE ASSEMBLING ToQD
20. ENCAPSULATE MODULE PER NDI002002 (BLACK POLYURETHANE FOAM)
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY
EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A
MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT
OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND
ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED 015.
REMOVE ALL FLASHING.
2.468 —
REF
POWER SUPPLV
25.6 KC
ENCODER EXCITATION
•ioo7SA<5r- :
REV ______
SERIAL NO/ \
T
0 ( SHT 2 » ZONE A- 7 )
-APPLICABLE DASH NO.
-DWG REV LTR.
SELECTION CHARTS
INSULATION TAPE PER MIL-1-15126 TYPE MFT 2.5,-fc WIDE
PI4
Rl 8
C3 £ C4
PART NUMBER
VALUE
PART NUMBER
VALUE
PART NUMBER
VALUE
SI
UUF
1010364-413
6990
1010364-459
o
o
c\i
1010409-18
51
-4(91
6040
-301
4750
-19
56
-3 89
5230
-327
2490
-20
62
’ -379
4640
-295
1690
-21
66
-369
4120
-271
1270
-22
75
-359
3650
-25!
1000
-23
82
-351
3320
-237
845
-24
91
-343
30 ID
-223
715
-25
100
-335
2740
-211
619
-26
110
-325
2430
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549
-27
120
* -3J7
2210
-191
487
-28
130
-309
2000
-103
442
-29
150
-301
1820
-175
402
-30
160
-293
1650
-169
374
-31
180
-283
1470
-163
348
<i -32
200
-275
1330
-157
324
-267
1210
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301
-259
MOO
-145
280
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976
-09
261
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866
-133
243
-229
760
-129
23 2
-217
665
-125
221
w -205
576
, -121
210
SEE NOTE 17
SEE NOTE 17-
Y5W/5CD F£R gggj
REVISED PES-P? R "cSI
REViSEO PER. TDRR 19595
" REUSED PER TDRfi T44-3
‘ 2€\TseD PER TORE '55 3
REVISED PER TDRR 20 43
2A. CLEAN VODUlE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL ALCOHOL
OR OR TO ENCAPSULATION .
25. EXCEPT FOR THE HELlCOlL MOUNTING SURFACE PAINT ALL SURFACES PER. NDiOOghO TV PE XL
ATTEP ENCAPSULATION USING BlACK PAINT PER 1010729-4. CURE ATI40*FF0R EIGHT HOOPS*
CONNECTOR Pin blades and insulators to be free from paint.
IOQ757E .
- NEXT ASSY USED ON ~ APPLICABLE
APPLICATION DASH NO
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
I 10X1 I Oil EFFEC
-1-1-1- TIVtTY
QUANTITY REQUIRED
| UNLESS OTHERWISE SPECIFIED f
FRACTIONS DECIMALS ANGLER c
+ .XX ±J02 + ^ C
- .xxx ±.oo5 ~/e t
DO NOT SCALE THIS DRAWING *
MATERIAL
" -0_ IQIQ8Z9-/Z
R6F IOOS527_
49 1006750-25
101002 9
48 SEE NOTE 2!
47 1006776 -20
" 4-6 1006757 - I
45 1006776-22
~ 44 1006757-8
43 1006776-21
~ 42 1010422
~ 4i 1010291-2
" 40 1010269- 2
33 1010398- 4
~ ?8 1010397-I
37 IOIQ431
3C 1010265-!2
" 35 I0IQ385
34. 100309-4
33 100 6793-02 3
~ 32 1010409-
31 1010410-7
30 1010410-15
"23 1010 276-72
28 1010312- 02 2
~ 27 1006760-33
~ 26 1010364-
~ 25 1010364-
24 1-193
23 1-309
_ 22 1010364-579
_ 2 1 1-73
20 - 6
_ 13._ -43
18 _ -65
~ 17 -45
16 1006750-56
>5 1006775
J4 1006782-5
~ 13 100802 I- I
~ 12 1006540-3
~ a 1008071-4-
~ 10 1000093-3
9 1008540-5
6 1008024-2
7 1008024-1
~ ^ MS2034I-IQB
S 1008025-1
~ 4 1006025-2
3 1 0 1 572 4 . -
" 2 1015723
I 1015725
ITEM PART OR IDENTIFYING
CONTRACT - 49
l_Li
LIST OF PARTS AND
MANNED
2? »-*• SPACECRAFT CENTER
__ _ HOUSTON TEXAS
POWER SUPPLY 25.6 YC
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REF
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INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327.
COMPONENTS TO BE CENTRALIZED AND CEMENTED IN PLACE
ND 1002009. METHOD J .
UNLESS OTHERWISE SPECIFIED: ___ _
WIRING SHALL MEET THE REQUIREMENTS OF NDI002063.
ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005.
MARK PIN NUMBERS .060/. IOO Q^jTg^D
CHA2ACTERS .100/.IAO HIGH (WHITE) PEE NDIOOZOI^, AND SERIALIZE
PER ND 1002023. CENTRALIZE AS SHOWN.
MOUNTING TORQUE 12 ±2 INCH POUNDS.
SOLDER PER ND 1002071
INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
-SEE NOTE 5
2.468
REF
POWER SUPPLY
25.6 KC
ENCODER excit ation
" 1007549 LV7T
SERIAL NO.
T
B (SHT 2 , ZONE A-7)
1.719
REF
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AR DENOTES AS REQUIRED
PROCURE PER. P51007049 •
ON ITEMS (e) AND (b) :
BROKEN PATHS INOICATE INSULATION SLEEVING.
K INDICATES CATHODE SIDE OF DIODE.
FT ( ) INDICATES FEED THRU.
LEAD OF TRANSISTOR
MULTI STAGE TRANSISTOR
-INDICATES COLLECTOR
BASE LEAD
EMITTER
COLLECTOR
BASE LEAD
EMITTER
IS. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING
14. BLACK DOT AND CROSS-HATCHED WIRING INDICATES UPPER LEVEL WIPING*
15 # TYPICAL SLEEVING FOR CRI THRU CR8,CRI0 ; CRIl,CRI2; RI ; R2,R3,, R4>
R9,RI0, Rl2j RI6 4 RI9.
I6w TYPICAL SLEEVING AND WIRE FOR FT I THRU FT9.
11. VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP 1007049
PART TO BE SELECTED FROM SELECTION CHART.
18. ASSEMBLE PER ND 1002136
15. BOND ITEM ( 4S ) TO ITEM (S2) OR. ITEM (SO) PE.R MIL-I-15*26, CONDITION C- 2/23/50
BEFORE ASSEMBLING ToCO
20. ENCAPSULATE MODULE PER NDIOO20O2 (BLACK POLYURETHANE FCAM)
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY
EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A
MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT
OUTLINE THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND
ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED .015.
REMOVE ALL FLASHING.
21. INSULATION TAPE PER MIL-I* 15120 TYPE MFT 2.5,£ WIDE
22 B ONO A .2 5 M IN WIPE P ERI M ETER OF TUG T O P AN P B O TT OM—
I NQULATOeS TO THE HEATSINK AMP COAT A .25 MI N W4Q & P6B I MET E R ■
ON THE. OW*T6U?E fll*P C4rg fc rroBS P feB Mmoo e ifll TV P & 1 . -
?3 CLEAN MODULE WUERC PO SS IBLE PR I OR TO BONPlVaG OF WAFER BOARDS AND
APPL I CATION OF COAT IN G M ATER I AL BY DCGRCASlNG W I TH FREON AND
I SO -Pg O PV L ALCOHOL. ADHESIVE AND COAT I NG MATER I AL- -P C S ? ND I 0O 9I6 7
TYREE. APPLY M ATE R IAL AND COATING AO I NDlCATCD t N TABLE I t
24 CLEAN! MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND \SO-PROPYL ALCOHOL
PRiOR TO ENCAPSULATION.
25 EXCEPT FOP THE MODULE MOUNTING SURFACE PAINT ALL SURFACES PER NDI002279.
USING 1010992 PRIMER AND 1008809-4 PAINT. CONNECTOR PIN BLADES AND
INSULATORS TO e>E FREE OF PAmT.
SELECTION CHARTS
RI4
RI8
C3 4 C4
PART NUMBER
VALUE
SL
PART NUMBER
VALUE
Jl
PART NUMBER
VALUE
UUF
1010364-413
ECEEll
1010364-459
12100
1010409-18
SB
-401
WVEMI
-381
EM
-389
nfsaltM
-327
EZT7M
-20 |
urn
• -379
irzn
-295
1690
HHM1
-369
-271
1270
-22
warn
-359
-251
IEOH
-23
ezm
*
-351
M=W1
-237
IT*
-24
wm
-343
Ena
-223
e im
-25
"
-211
Ea
-26
ngM
.
K-kl<i
-201
fzti
-27
1W»M
• -3J7
-191
ca
-28
-309
wA>\
-1031
ggg
-29
HAM
-301
irm
-175
Hi
-30
ir».»
—
-293
1*50
-169
IH1
-31
ima
—
1470
-163
rui
Hi
i -32
200
■EEP1
-157
ESI
ieim
-151
mm
-259
Bi
-145
■323
_
-249
Kza
m
-139
msa
-239
mm
bb
-133
IEZE1
hh
“
-229
mm
BH
-129
IEEEI
HHH
-217
mm
HI
-125
1^1
■H
f -205
inn
HI
-121
IEE1
HHH
SEE NOTE 17
SEE NOTE 17 4
AR
AR
AR
AR
ARj
AR
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1007372
QUANTITY REQUIRED
—
REVISIONS
OCSCWIPTION
1
DATE
T
REVISED PER TDRR £633
CMC NO
-65
B
-
REVISED PEZ TDZZ l7fe82
-
C
REVi^EO PER TDZR 19396
~Q
REVISED PE« TDRR >9443
E
PEVOtttTDftZiSSiS
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REVISED PER TDRR 20*3
G
j REVISED PE* TDRR 22961
i—-----1
. t f
50
m
\OtP8Z9~ /2
SEMICONDUCTOR DEVICE, DIODE. 1
1009527
1006750-25
101002 9
SCHEMATIC. ELECTRICAL,
481 SEE NOTE 2/
4711006776-20
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46 1006757-1
45
44]
43
33
37
3C
33
32
31
30
23
INSULATION S LEEVING.ELEC.
1006776-21"
RIBBON .OIO X .020
1006757-8
INSULATION SLEEVING.ELEC.J
1006776-21
WIRE.ELECT .020 DIA_
1010422
1010291-2“
INSULATION SLEEVING.ELEC. I
TRANSFORMER
TRANSFORMERS
1010269- 2
1010398- 4
TRAN SISTOR (MATCHED PAIKlI
1010 397-I
Itransistor r matched pairi.
1010431
1010265-12
1010365
.T RANSISTOR . __
semiconductor device piopST
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1010309-4
1006793-023
I 0 IQ 4 C 9 -
10 10410- 7
28
1010312-022
27
1006760-33
1010364-
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10
1010410-15
1010 276-72
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1010364-579
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1006750-56
1006775
1006782-5,
100 8021-1
1006540-3
1008071-4,
1000093-3
1008540-5
1008024- 2_
SCHEMATIC .ELECTRICAL _
RESISTOe
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1007549
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6
5
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I. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327.
Z. COMPONENTS TO BE CENTRALIZED AND CEMENTED IN PLACE
ND 1002009. METHOD J .
3. UNLESS OTHERWISE SPECIFIED:
WIRING SHALL MEET THE REQUIREMENTS OF ND1O0Z069.
4. ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005.
5. MARL PIN NUMBERS .060/. lOO HIGH (WHITE) AND ALL OTHER
CHARACTERS .100/.IAO HIGH (WHITE) PER NDIOOZOie, AND SERIALIZE
PER ND 1002023. CENTRALIZE AS SHOWN.
6. MOUNTING TORQUE 12 ±2 INCH POUNDS.
7. SOLDER PER ND I0C207I
A INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
10. AR DENOTES AS REQUIRED
11. PROCURE PER. P5I007049.
12. ON ITEMS (e) AND (3) :
BROKEN PATHS INOICATE INSULATION SLEEVING.
K INDICATES CATHODE SIDE OF DIODE.
FT ( ) INDICATES FEED THRU.
-SEE NOTE 5
- 2.468 —
REF
POWER SUPPLY"
25.6 KC
ENCODER EXCITATION
" 1007549 L-T
SERIAL NO.
T
B (SHT 2 , ZONE A-7)
1.719
REF
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C- INDICATES
B-
E-
Ba
e a
COLLECTOR
BASE LEAD
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COLLECTOR
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I 1
MULTI STAGE TRANSISTOR
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SELECTION CHARTS
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14. BLACIC DOT AND CROSS-HATCHED WIRING INDICATES UPPER LEVEL WIRING.
IS.
IG.
n.
18.
19.
20 .
21 .
22 .
23
24.
TYPICAL SLEEVING FOR CRI THRU CR8,CRlO,CRlI,CRI2, RI,R2,R3, R4,
R9, RIO; RI2, RIG <$ RI9.
TYPICAL SLEEVING AN Ce WIRE FOR FT I THRU FT9.
VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP 1007049
PART TO BE SELECTED FROM SELECTION CHART.
ASSEMBLE PER ND 1002136
BOND ITEM @ TO ITEM (g) OR ITEM (3) PER MIL* I-15*26, CONDITION C-2/23/50
BEFORE ASSEMBLING ToCP
ENCAPSULATE MODULE PER ND100200Z (BLACK POLYURETHANE FOAM)
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY
EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A
MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT
OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND
ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED 015.
REMOVE ALL FLASHING.
INSULATION TAPE PEI? MIL-V 15126 TYPE MFT 25,«j[ WIDE
B O NI O A .2 5 M IN W I PE P E RIME TER OF T H 6 T O P AN P B O TT OM—
I NS ULATORS TO THE H EATS I NK AND COAT A .25 M IN W I PE P 6 B I M6TEW
ON THE GU TS l PS S URFACE QT TH E IN SULATORS P EE N PIQOS I QT TY P E I -
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APPL I CAT I ON or COAT ING M ATE RI AL BY DEGREAS IN G WIT H- PREO N A N D
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TYPE E. AP P LY MATE R IAL AND COATING AO I NDlCATCD I N TABLE I
CLEAN! MODUlE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL ALCOHOL
PR OR TO ENCAPSULATION,
RI4
RI8
C3 4 C4 j
PART NUMBER
VALUE
SL
PART NUMBER
VALUE
J7
PART NUMBER
VALUE
UUF
1010364-413
6900
1010364-459
0
0
CU
1010409-18
51
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6040
-361
4750
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56
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5230
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2490
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62
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4640
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1690
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66
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4120
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1270
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75
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365 0
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1000
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62
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332.0
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645
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91
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3010
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715
-25
100
-33 5
2740
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619
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110
-325
2430
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549
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120
- -3J7
2210
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487
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130
-309
2000
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442
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150
-301
1020
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402
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160
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1650
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374
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180
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1470
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340
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200
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13 30
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324
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1210
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1100
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280
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261
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066
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243
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760
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232
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665
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221
3
i -205
576
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210
SEE NOTE 17
SEE NOTE 17 4
25. EXCEPT FOR THE MODULE MOUNTING SURFACE PAINT ALL SURFACES PER N0IOO2279.
USING 1010992 PRIMER AND 1008809-4 PAINT. CONNECTOR PIN BLADES AND
INSULATORS TO &E FREE OF PAINT.
0
£
IOOT57T
NEXT ASSY
USED ON
APPLICABLE
DASH NO.
[ APPLICATION I
UNLESS OTHERWISE SPECIFIED
—
—
AR
AR
—
51
1010848-2
WIRE, ELECTRICAL-NICKEL
/
50
10/0829-/2
SEMICONDUCTOR DEVICE* DIODE
><
—
RTF
1009527
SCHEMATIC .ELECTRICAL_
l
—
49
1006750-25
RESISTOR
_
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REF
101002 9
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AR
AR
48
5CE /V07E 2/
INSULATION TAPE"-CL EC
AR
AR
47
I00677G -20
INSOLATION SLEEVING .ELEC.
AR
AR
46
1006757 - 1
RIBBON .OIO X .020
z
z
AR
AR
_
49
1006776 -22
INSULATION SLEEVING.ELEC.
—
—
AR-
AR
-HR
AR
—
44
43
1006776-21
INSULATION SLEEVING.ELEC.
1
l
42
1010422
TRANSFORMER
l
1
4l
1010291-2
TRANSFORMER
l
1
40
1010269- 2
TRAN SISTOR (MATCHED PAIR)
1
1
39
1010398- 4
TRANSISTOR f LATCHED PAIR)
l
1
38
1010397-1
t _
1
1
37
1010431
TRANSISTOR
—
1
3L
1010265-12
SEMICONDUCTOR DEVICE DIOD#.
II
11
1
35
1010385
SEMICONDUCTOR DEVICE DIODE
1
1
34
1010309-4
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—
1
1
33
1006793-023
Z
2
32
1010409-
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2
31
1010410-7
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2
30
1010410-15
CAPACITOR
1
1
29
1010 278-7^
1
l
28
1010312-022
z
2
27
1006760-33
1
1
26
1010364-
1
1
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1010364-
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1
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1 -193
1
1
23
1 - -309
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2
2
22
1010364-579
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1
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1 - 73
1
1
20
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1
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19
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2
2
18
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—..
2
2
17
-45
2
2
16
1006750-56
RESISTOR
8
3
15
1006775
INSULATOR.WRAPOST MALE
6
6
14
1006782-5
CON TACT. WRAPOST MALE
2
2
13
100802 l-l
SPACER
1
1
12
\006540-3
GASKET, CONNECTOR Ml NAT
2
Z
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1008071-4.
WASHER.PLAIN
2
2
10
1000093-3
SCREW
1
1
0
1008540-5
GASKET. CONNECTOR Ml NAT
2
2
6
100 8024-2
WASHER.MICA
2
2
7
1008024-1
WASHER,MICA
2
2
6
MS2034I-1OB
NUT
l
1
5
1008025-1
INSULATOR,BUSHING
2
2
4
1008025-2
INSULATOR,BUSHING
-h
■h
3
1
l
2
IOIS723
INSULATOR
1
1
1
1015725
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NO
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NUMBER
NOMENCLATURE
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1007549
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NOTES :
z.
3.
4.
5.
6 .
7.
8 .
10 .
11.
12 .
INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MlLrD- 70327.
COMPONENTS TO BE CENTRALIZED AND CEMENTED IN PLACE PER
ND 1002009. METHOD J .
UNLESS OTHERWISE SPECIF!ED:
WIRING SHALL MEET THE REQUIREMENTS OF NDI002O69.
ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005.
MARL PIN NUMBERS .060/. IOO HIGH (WHITE) AND ALL OTHER
CHARACTERS .100/.IAO HIGH (WHITE) PER NDIOO2OI0, AND SERIALIZE
PER ND 1002023. CENTRALIZE AS SHOWN.
MOUNTING TORQUE 12 ±2 INCH POUNDS.
SOLDER PER ND 1002071
INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
AR DENOTES AS REQUIRED
PROCURE PER. P5I007049-
ON ITEMS ® AND (J£) :
BROKEN PATHS INDICATE INSULATION SLEEVING.
K INDICATES CATHODE SIDE OF DIODE.
FT ( ) INDICATES FEED THRU.
C-INDICATES COLLECTOR LEAD OF TRANSISTOR
-5EE NOTE 5
- 2.468 --
REF
POWER SUPPLY
25.6 KC
ENCODER EXCITATION
"1007549 LVT
SERIAL NO.
T
B (SHT 2, ZONE A-7)
1.719
REF
-APPLICABLE DASH NO.
2fe. MOISTURE PROOF PER ND 1002292 AS REQUIRED BY ITEM NO.
TAPE IN ACCORDANCE WITH SCD lOOBBfcfe AND POLYURETHAN
SCD 1008867 AFTER PAINTING AND STENCILLING.
USING INSULATION
COATING PER
B-
E-
C A
b a
e a
BASE LEAD
EMITTER
COLLECTOR
BASE LEAD
EMITTER
MULTI STAGE TRANSISTOR
I I I
13. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING
14. &LACIC DOT AND CROSS' HATCHED WIRING INOICATES UPPER LEVEL WIRING.
15.
IG.
17.
18.
19.
20 .
F0R CRI ™ RU C R 8,CRI0 ; CRII,CRI2,RI,R2,R3,R4,
KV/KIO; xlZj RI6 4 RI9.
TYPICAL ^«VING =a**Bi WIRE FOR FTI THRU FT9.
VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP 1007049
PART TO BE SELECTED FROM SELECTION CHART.
ASSEMBLE PER ND 1002136
BOND ITEM (45) TO ITEM (S2) OR ITEM (§0) PER MIL.T-I5IZG, CONDITION C-2/23 50
BEFORE ASSEMBLING ToQj
ENCAPSULATE MODULE PER NDI002002 (BLACK POLYURETHANE FOAM)
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY
EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BT A
MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT
OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND
ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED 015
REMOVE ALL FLASHING.
INSULATION TAPE PER MIL-I* 15126 TYPE MFT 25,^ WIDE
OF THF TOP AMO BOTTOM
t NSULATOBS TO THE HEAT3 I HK AND COAT A .fl5 MI N W I PE P6M I M6TER
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INSULATORS TO BE FREE OF PAINT.
SELECTION] CHARTS
RI4
RIB
| C3 & C4
PART NUMBER
VALUE
SL
PART NUMBER
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PART NUMBER
VALUE
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1010364-413
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1010364-459
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1010409-18
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Km
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1020
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■FW»J
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Iml
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real
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1330
Egg
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■am
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MOO
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g&r.i
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ca
m
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SEE NOTE 17-fl
0
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1 APPLICATION |
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QUANTITY REQUIRED
UNLESS OTHERWISE SPCCIflED
> DECIMALS ANGLER |
|+ .X X ±&2 + l£ t
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DO NOT SCALE THIS DRAWING
52
51
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46
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4l
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33
37
3 C,
35
33
32
31
30
23
28
24
23
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\OlQ8Z9-lZ
,0 °5527_
1006750-25
101002 9
SEE NOTE 2!
1006776-20
1006757-1
1006776-2 2
1006776-21
1010422
1010291-2"
1010269- 2
1010398- 4
1010397-1
1010431
1010265-12
1010385
1010309-4
1006793-023
MOlSTUREPROOriNG.
WIRE, ELECTRICAL-NICKEL
SEW CONDUCTOR DEVICE^ DIODE
schematic .electrical
RESISTOR
SCHEMATIC.ELECTRICAL
INSULATION TAPE",ET1 EC.
INSULATION SLEEVING.ELEC.
RIBBON .OIO X .020 _
INSULATION SLEEVING.ELEC
(INSULATION SLEEVING,ELEC.
TRANSFORMER
TRANSFORMER
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J
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1010409-
1010410- 7
1010410-15
1010 278-72
1010312-022
1006760-33
1010364-
1010364-
193
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1010364-579
13
18
16
15
14
13
12
73
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-43
-65
I0067S0-56
1006775
1006782-5
100802 I- I
1006540-3
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1008540-5
1008024- 2
1008024-
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1006025-2
1015723
1015725
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INSULATOR, BUSHING
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HEATSINK
LIST OF PARTS AND MATERIALS
’ 27A\
MANNED
SPACECRAFT CENTER
_HOUSTON TEXAS_
POWER SUPPLY 25.6 KC
ENCODER EXCITATION ASSY
| CODE I DENT NO
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1007549
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PRESCRIBED BY MIL-D-70327.
COMPONENTS TO BE CENTRALIZED AND CEMENTED IN PLACE PER
ND 1002009. METHOD C
UNLESS OTHERWISE SPECIFIED: _
WIRING SHALL MEET THE REQUIREMENTS OF NDI002089.
ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005.
MARK PIN NUMBERS .060/. IOO HIGH (WHITE) AND ALL OTHER
CHARACTERS .100/.I40 HIGH (WHITE) PER NDIOO2O10, AND SERIALIZE
PER NO 1002023. CENTRALIZE AS SHOWN.
MOUNTING TORQUE I2±2 INCH POUNDS.
SOLDER PERND 1002071
INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
BONO® AND ® TO © PER NDI0O2237.
AR DENOTES AS REQUIRED
PROCURE PER P5I007049
ON ITEMS ® AND ® :
BROKEN PATHS INDICATE INSULATION SLEEVING.
K INDICATES CATHODE SIDE OF DIODE.
FT ( ) INDICATES FEED THRU.
IB.
-SEE NOTE 5
2.468 —
REF
POWER SUPPLY"
ES.G KC
ENCODER EXCITATION
‘ 1007549 L-TF
REV I'Jl
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T
B (SHT 2 , ZONE A-7)
1.719
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-DWG REV LTR.
-INDICATES
COLLECTOR
BASE LEAD
EMITTER
COLLECTOR
BASE LEAD
EMITTER
LEAD OF TRANSISTOR
I I
MULTI STAGE TRANSISTOR
SELECTION! CHARTS
13. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING
14. BLACK DOT AND CROSS-HATCHED WIRING INDICATES UPPER LEVEL WIRING.
20 .
21.
TYPICAL SLEEVING FOR CRI THRU CRB.CRlOjCRII.CRIZ, RI,R2,R3, R4,
R9, RIO, RI2, RIG 4 RI9.
TYPICAL SLEEVING AND WIRE FOR FTI THRU FT9.
VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP 1007049
PART TO BE SELECTED FROM SELECTION CHART.
ASSEMBLE PER ND 1002136
BOND ITEM © TO ITEM © PER MII-M5I26, CONDITION C-2/23/50
BEFORE ASSEMBLING To(7)
ENCAPSULATE MODULE PER NDI002002 (BLACK POLYURETHANE FOAM)
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY
EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A
MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT
OUTLINE THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND
ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED .015.
REMOVE ALL FLASHING.
INSULATION TAPE PER PIIL-MS 125 TYPE MFT25,j[WIDE
RI4
RIB |
C3 & CA
PART NUMBER
VALUE
SI
PART NUMBER
VALUE
SI
PART NUMBER
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1010364-413
6900
1010364-459
r\>
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*010409-18
51
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6040
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4750
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56
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5230
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66
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4120
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1270
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1000
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82
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3320
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845
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91
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3010
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715
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100
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2740
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619
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110
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549
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120
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487
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130
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301
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1100
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866
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232
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SEE NOTE 17
SEE NOTE 17 -{U
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100737*
NEXT ASSY
USED ON
APPLICABLE
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1 APPLICATION 1
—
—
_
REF
1009527
SCHEMATIC .ELECTRICAL
i
—
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1006750-25
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101002 9
SCHEMATIC.ELECTRICAL_
AR
AR
48
see note: zt
INSULATION TAPS',—LEC_
AR
AR
47
1006776-20
INSULATION SLEEVING .ELEC.
AR
AR
46
1006757-1
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AR
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1006776-22
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AR
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1006757-8
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AR
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1006776-21
NSULATION SLEEVINGaLEC.
1
1
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1010422
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1
1
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1010291-2
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1
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1010269- 2
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1
1
33
1010398- 4
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1
1
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1010 397-1
9
1
1
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1010431
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l
1
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1010265-12
SEMICONDUCTOR DEVICE DIODE
11
ll
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1010385
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l
i
34
1010309-4
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1
l
33
1006793-023
1
2
2
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1010409-
I
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2
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1010410-7 ..._.
1
2
2
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CAPACITOR
1
i
23
1010 278-72”
1
l
28
1010312-022
2
2
27
1006760-33
1
1
26
1010364-
1
1
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1010364-
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l
24
f “ 193 ^
1
1
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I . - 309 ^
2
2
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1010364-579
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1006750 *56
RESISTOR
6
a
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1006775
IN SULATOR.WRAPOST MALE
6
6
14
1006782-5 .
CON TACT. WRAPOST MALE:
2
2
13
1008021-1
SPACER
1
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1008540-3
GASKET,XONNECTOR MINA?
2
2
II
1008071-4.
WASHER, PLAIKi
2
Z
10
1000093-3
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1
1
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1008540-5
GASKET. CONNECTOR Ml NAT
2
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1008024-2
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7
1008024-1
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;
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■ ““
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T
1008025-1
INSULATOR. BUSHING
2
2
4
iooeo2S-2
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—
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1015724
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1
l
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1015723
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. —
I
1
1
1015725
HEATSINk ! ......
Ml
on
me-
im
NOl
fMRT ORJOOmFVMi
NOMDCUnME
ooAKrrr
REQUIRED
nvirr
THE ASSEMBLY MKT NUMBER S THE WARING
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POWER SUPPLY 2S.6 YC
ENCODER EXCITATION ASSY
1007549
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1007550 c::x
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marking view
SCALE 'N* 2: I
-APPLICABLE
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9 ) SEE NOTE 8
SEE NOTE K>
REFERENCE
I GYRO WHEEL TYPES I
2 SIMONDS AND
I 6RAPHM0
1 SIMONDS AND
2 6RAPHM0
1007550-021
1007950-041
N0T MNTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2.ALL WELDS TO BE PER ND 1002005.
3 ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAMUNLESS OTHERWISE
SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH
AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE ANO ITS
RESPECTIVE ENCAPSULANT SURFACE SMALL NOT EXCEED OIS. REMOVE ALL FlASHWG.
A COMPONENTS TD BE CEMENTED IN PLACE PER ND I002IB7 USING ND 1002152.
& MARK PIN NUMBERS .060/.I00 HIGH(WHITE) PER ND 1002019 AND ALL OTHER CHARACTERS .I00/.I40 HIGH (WHITE)
PER NO 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS SHOWN .
t INSTALL FINO NUMBER 2 AND FMO NUMBER 3 PER ND 100296 .
7. PROCURE PER PS * 1007050.
B. BOND FINO NO. 9 TO FIND NO. 2 PER ND 1002237.
9. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069.
K). INDICATED AREA TO BE FREE OF ENCAPSULATION
II. CLEAN MODULE INHERE POSSIBLE BY DECREASING WITH FREON AND
ISO-PROPYL ALCOHOL . MIX PRIMER USING SIX PARTS BY VOLUME OF
1012504 -I AND ONE PART BY VOLUME OP 1012504-2. APPLY PRIMER
TO HEATSINK ON ALL AVAILABLE FOAM CONTACT SURFACES WITHIN .OB
INCH £ .03 OF EXTERNAL EDGES OF MODULE AND TO A DEPTH OF
.25MIUIN FROM the EDGES . AIR DRY AT ROOM TEMPERATURE
FOR ONE HOUR.
AR AR AR AR
AR AR AR AR
AR AR AR AR
9 9 _9_9_
i I QUANTITY REQUIRED 1
J UNLESS 0TMCAW1SE SPECIFIED
| DIMENSIONS AM M INCHES
! FRACTIONS OECIMALS ANGLES
* ~ * - —
JO NOT SCALE THIS ORAWINO AARRO
1008540-10
1010432 -2
1010432 -3
1010432 -2
1010432 ~ I
1010262 -G
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1010262 -4
1010262 -3
1006757 -I
1006776 -22
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1006782 -S
1006775
1008073
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APPLICATION I DASH NO
THE ASSEMBLY PART NUMBER IS THE DRAWING final FINISH
NUMBER AND THE DASH NUMBER THAT APPLIES
GASKET, CONNECTOR MINIATURE
CAPACITOR _
CAPACITOR
CAPAtltftft -
CAPACITOR _
RESISTOR. FIXED _
RESISTOR. FIXED _
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INSULATION , SLEEV dG BUCf ~
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COMPENSATION MODULE
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"T, 80230 | E | 1007550
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1007550
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marking view
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REFERENCE
I GYRO WHEEL TYPES I
2 SIMONDS AND
I GRAPHMO
1 SIMONDS AND
2 6RAPHM0
I0075S0-02I
8. BONO FIND NO 9 TO FI NO NO. 2 PER NO 1002237
9. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF NO 1002069.
K>. INDICATED AREA TO BE FREE OF ENCAPSULATION
II. CLEAN MODULE WHERE POSSIBLE BY DECREASING* WITH FRECN AND
ISO-PROPYL ALCOHOL . APPLY ADHESIVE TC FRAME ON AlL AVAILABLE
FOAM CONTACT SURFACES TO WITHIN .OS INCH ±.OS OF EXTERNAL
EDGES OF MODULE AND TO A DEPTH OF .25 MIN IN FROM EDGE5 . OSE
ADHESIVE PER NO lOOClBl TYPE n.
NOTES :
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED &Y MIL-D-70327
2. ALL WELDS TO BE PER NO 1002005.
3. ENCAPSULATE MODULE PER ND1002002 CSLACK POLYURETHANE FOAM UNLESS OTHERWISE
SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH
AND LENGTH DIMENSIONS BY A MAXIMUM OF 005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE ANO ITS
RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED 015. REMOVE ALL FLASHING.
A COMPONENTS TO BE CEMENTED IN PLACE PER ND 1002187 USING NO I002IS2.
5. MARK PIN NUMBERS .060/.I00 HIGH(WHITE) PER ND 1002019 AND ALL OTHER CHARACTERS .I00/.I40 HIGH (WHITE)
PER NO 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS SHOWN.
«.INSTALL FINO NUMBER 2 AND FIND NUMBERS PER NO I002I3G .
7. PROCURE PER PS -1007050.
[REF|REF|REF|REF|
AR AR AR AR
AR AR AR AR
AR AR AR AR
9 9 9 9
, I QUANTITY REQUIRED I
UNLESS OTMfRWISt SF*ClflfD
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1008540-10
1010432 -3
1010432 -3
1010432 -2
1010432 ~ I
1010262 -G
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1006776 -22
1006776 - 21
1006782-S
1006775
1008073
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CAPACITOR
CAPACITOR
CAPACITOR _
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RESISTOR. FIXED _
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MANNED SPACECRAFT CENTER
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1007550-011
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1007550 - 021
1 SIMONOS AND
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1007550-031
3 GRAPHMO
1007550-041
8. BONO FIND NO. 9 TO FIND NO. 2 PER NO 1002237.
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K>. INDICATED AREA TO BE FREE OF ENCAPSULATION
GLCAM M 00ULC W UCRC P e SQ l OLE Q * PL OR? CA SI NG WITH FRCON AMD
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NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-0-70327
2. ALL WELDS TO BE PER ND 1002005.
3. ENCAPSULATE MODULE PER ND 1002002 (SLACK POLYURETHANE FOAM),UNLESS OTHERWISE
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AND LENGTH DIMENSIONS BY A MAXIMUM OF -OOS WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND ITS
RESPECTIVE ENCAPSULANT SURFACE SMALL NOT EXCEED CH5. REMOVE ALL FLASHNG.
A COMPONENTS TO K CEMENTED IN PLACE PER ND 1002187 USING NO 1002152.
5. MARK PIN NUMBERS .060/J00 HIGH (WHITE) PER ND 1002019 AND ALL OTHER CHARACTERS .I00/.I40 HIGH (WHITE)
PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS SHOWN.
CINSTALL FINO NUMBER 2 AND FNO NUMBERS PER NO I0020C .
7. PROCURE PER PS-1007050.
It. CLEMsl MODULE WHERE POSS'^LE EH OEGREAS^a WITH FEEON AND iSO-PROPWL
ALCOHOL PRIOR TO EMCAPSULRTIOM.
13. EXCEPT FOR THE HtUCOU- MOONTING SURFACE,
ND 1002110 TYPE K AFTER. ENCAPSULATION. JSiNG SLACK. PRiMT PER. tOlOT 29 - 4 .
cukE AT\40*FFOB. irGHT HOURS. CONNECTOR PIN &LADES AMD INSULATORS
TO &E FREE FROM PAINT •
APPLICATION
REF
REF
REF
REF
1010042
SCHEMATIC
1
1
1
1
1008540-K)
GASKET. CONNECTOR MINIATURE
9
1
s
x
x
1010432 -4
CAPACITOR
8
y
1
x
x
1010432 -3
CAPACITOR
><
x
1
x
1010432 -2
CAPACITY
x
x
1
1010432 - 1
CAPACITOR
i
y
1010262 -G
RESISTOR. FIXED
7
x
i
x
5 ><c
1010262 -5
RESISTOR, FIXED
s<
x
1
y
1010262 -4
RESISTOR. FIXED
x
x
K
i
1010262 -3
RESISTOR, FIXEb
AR
AR
AR
AR
1006757 -1
WIRE, ELECTRICAL '
T
AR
AR
AR
AR
1006776-22
INSULATION,SLEEVING ElEtt
5
AR
AR
AR
AR
IOOG776-2I
INSULATION. SLEEVING ELECT.
4
9
9
9
9
1006782-S
CONTACT. WRAPOTT
1
9
9
9
9
10067 75
INSULATOR. WRAP OST
2
I
1
1
1
1008073
HEATSINK
1
041
OSI
021
Oil
EFFEC
PART OR
IDENTIFYING NO.
NOMENCLATURE OR
DESCRIPTION
FINO
NO
QUAI
NTITY
REQU
IRED
LIST OF MATERIALS 1
DIMENSIONS AM M INCHES
TOLERANCES ON
FRACTIONS OECIMALS ANGUS |
— XXX:
XX:
00 NOT 3CAU THIS'
"Si?? 5 -
It THIS PRAWINS
IHCAT TREATMENT
MIT ARRNOWM. _
HOUSTON. TEXAS
I MU CDU LOAD
COMPENSATION MODULE
ASSEMBLY
coot"ioo n- ,«
80230
onMw f Ig no
1007550
IMU CDU LOAD
{COMPENSATION
1007550 r::x,
REV _
SERIAL NO_ i
A REVISED PER TDRR 9400 I'-;-,
B R EVISED PER T DRR 193?3~
rft CT| RAISED P« TDRR. 9 4S9 j5..u'
ol^EviSED pec.TD£R. zc.43 Vs N
marking view
SCALE ~ 2: I
-APPLICABLE
DASH NO.
SEE NOTE K>
REFERENCE
I GYRO WHEEL TYPES I
2 SI MON OS AND
I 6RAPHM0
1 SIMONDS AND
2 6RAPHM0
BART NO.
1007550-011
1007550-021
1007550-041
1
NOTES :
(.INTERPRET ORAWING IN ACCORDANCE WITH STANDAROS PRESCRIBED BY MIL-0-70327
2. ALL WELDS TO BE PER ND 1002005.
3. ENCAPSULATE MODULE PER NDI002002 (SLACK POLYURETHANE FOAMjlUNLESS OTHERWISE
SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH
AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND ITS
RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED 015. REMOVE ALL FLASHING.
A COMPONENTS TO BE CEMENTED IN PLACE PER ND 1002187 USING NO 1002152.
5, MARK PIN NUMBERS .060/.I00 HIGH( WHITE) PER ND 1002019 ANO ALL OTHER CHARACTERS .I00/.I40 HIGH (WHITE)
PER ND 1002019 ANO SERIALIZE PER ND 1002023. CENTRALIZE AS SHOWN.
6L INSTALL FINO NUMBER 2 AND FMO NUMBERS PER ND I002OG .
7. PROCURE PER PS-1007050.
9. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069.
K>. INDICATED AREA TO BE FREE OF ENCAPSULATION
12. CLEMsl MODULE WHERE POSS'&LE By DEGREASING WITH FEEON AMD ISO-PROPWL
ALCOHOL PRIOR TO EMC AP3ULAT\OM.
13. EXCEPT FOR THE HEUCO'L MOUNTING SURPACE ; PAAMT ALL SURFACES PER.
MD 002)10 TYPE JL, AFTER ENCAPSULATION, JSiMG BLftCkL °AlMT PER. iO\OTZ9-4.
CURE KT \40°F FOR. EIGHT HOURS. CONNECTOR P^N BLADES AMD \MSulATOR-S
to e»E FREE PR.OHA PAVMT-
AR AR AR I AR I
I AR 1 AR | AR | AR 1
■ I QUANTITY REQUIRED I
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARC IN INCHES
TOLERANCES ON
FRACTIONS OECIMALS ANGLES ,
*- x !&8S 5 —<
JO NOT SCALE THIS DRAWING ,
MATERIAL
1008540-K)
GASKET, CONNECTOR MINIATURE
1010432 -4
CAPACITOR
1010432 -3
CAPACITOR
1010432 -2
CAPACITOR
1010432 - 1
capacitor
1010262 -G
RESISTOR. FIXED
1010262 -5
RESISTOR. FIXED
1010262 -4
RESISTOR. FIXED
1010262 -3
RESISTOR. FIXED
1006757 -1
WIRE. ELECTRICAL '
1006776-22
INSULATION .SLEEVING ELECt
IOOG776 -21
INSULATION. SLEEVING ELECT.
1006782-5
CONTACT, WRAPOST
10067 75
1NSU L ATOR. WRAPOST
1008073
HEATSINK
MANNED SPACECRAFT CENTER
HOUSTON. TIMS
_0At*jzA*j* IMU CDU LOAD
I COMPENSATION MODULE
NEXT ASSY | USED ON
APPLICATION
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
ASSEMBLY
| CODE SENT NO I SIS I NAS
1007550
ISHftT | OF >
1
6
5
4
3
2
“ IMU COU LOAD |
(compensation I
1007550 CUDwl
SERIAL NO.
A REVISED PER TDffff 19400
B R EVISED PER TQgR 1939 3 8 ->,^ ^
~CT ~gfcVlSeD PCtt TPRB. 5..k.c <-
!~p" ge/iSED pee. TPR.R. 2,0 143 [ y
E REVISES) PER. Tpt» 22958 |
I_
marking view
SCALE ~ 2: I
-APPLICABLE
DASH NO.
Dm*
SEE NOTE K>
REFERENCE
I GYRO WHEEL TYPES 1
2 SI MON OS ANO
I 6R APHMQ _
1 SIMONDS ANO
2 6RAPHM0
WART NO.
10075 50-011
I0075S0 -021
1007550-031
1007550-047
iREFlREFlREFlREFl
N0T MNTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-0-70327
2.ALL WELDS TO BE PER ND 1002005.
3 ENCAPSULATE MODULE PER ND 1002002 (SLACK POLYURETHANE FOAM>l*LeSS OTHERWISE
SPECIFIED PERIPHERAL ENCAPSULAHT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH
ANO LENGTH DIMENSIONS BY A MAXIMUM OF 005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE ANO ITS
RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED OtS. REMOVE ALL FLASHMS.
A COMPONENTS TO BE CEMENTED IN PLACE PER ND 1002157 USING N0I002IS2.
5. MARK PIN NUMBERS .060/.KX) HIGH (WHITE) PER ND 1002019 ANO ALL OTHER CHARACTERS .I0O/.I4O HIGH (WHITE)
PER NO 1002019 ANO SERIALIZE PER ND 1002023. CENTRALIZE AS SHOWN.
CINSTALL FINO NUMBER 2 ANO FWO NUMBERS PER NO 100204 .
7. PROCURE PER P*-1007050.
0 . UONU i i w p w o. g t w r i w u i m. «. i i w i uvh..j i .
9. UNLESS OTHERWISE SPECIFIED, WIRMG SHALL MEET THE REQUIREMENTS OF NO 1002069.
K>. INDICATED AREA TO BE FREE OF ENCAPSULATION
It. CLEAN MODULE WHERE POSSIBLE 5^ OEttRCAS'Kia WITH FREON AND ISO-PROPNL
ALCOHOL PRIOR TO ENCAPSULATION.
IS. KXCEPT FOR MODULE - MOUNTING* SURFACE , PAINT ALL SURFACES PER.
* NDI0022T? USIMA 1010992 PR.1AAER. XND 1008809-4 PAINT . COWMECTOR PIN
BLADES AND INSULATOR.% TO BE FREE OF PAINT.
AR AR AR AR
AR AR AR AR
AR AR AR AR
. I QUANTITY REQUIRED I
UMUSS OTHERWISE SMCOTED
OMMCNSKMS AM M RICHES
TOLERANCES ON
ENACTIONS OECMALS AML
* — XXX-QQ5 * “
1006540-10
GASKET. CONNECTOR MBNi
1010432 -4
CAPACITOR
1010432 -3
CAPACITOR
1010432 -2
CAPACITOR
1010432 - 1
capacitor
1010262 >6
RESISTOR. FIXfeD
1010262 -5
RESISTOR. PIXEO
1010262 -4
RESISTOR. FI <ED
1010262 -3
Htai&IOit. fixTD
1006757 -1
WIRE. ELECTRICAL
I00G776-22
INSULATION , SLEEVING
1OOG776-2I
INSULATION. SLEEVING
1006782-S
CONTACT. WRAPOST
10067 75
1NSU L ATOR. WRAPOST
1008073
HEATSINK
- — MSTMMNTATION lab
„ „ r ^^oJ SZrt lMSMr
ORAWH^eCL___ r OA>E.IZAlliF
IUm£. fLjuetd
NEXT ASSY I USE
APPLICATION
u, MANNED SPACECRAFT CENTER
HUHyy HOUSTON, TEXAS
IMU CDU LOAD
COMPENSATION MODULE
^ ASSEMBLY
^ , COOE BENT NO tUt NASA MMtl
^ Z.J 80230 E 1007550
■vWW=rm-=- J -'- L- . .
s
4
1
5
2
‘ IMU COU LOAD
(COMPENSATION
1007550
SERIAL NO..
, ■■ REVISED PER TDRR >9*00 ;
|B REVlSE-0 PERTDRR 19593 |
1 C. REVISED peg Tpgg, 9*69 i.tuf [
D gF/lSED PER.TDRR -0143 V^j
~E~ REV'SEP PER TORE 2C458
F REVISED PER TDRR 26397 24FfcaJ
marking view
SCALE ~ 2: I
-APPLICABLE
DASH NO.
SEE NOTE K>
REFERENCE
I GYRO WHEEL TYPES I
2 SIMONDS AND
I 6RAPHM0
1 SIMONDS ANO
2 6RAPHM0
1007550-021
1007550-041
I REF I RETIREF|REPIREFIREF|REF|REF|
I ARIAR1ARIARI
NOTES :
(.INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-0-70327
2.ALL WELDS TO BE PER NO 1002005.
3 ENCAPSULATE MODULE PER ND1002002 (&LACK POLYURETHANE FOAM ^UNLESS OTHERWISE
SPECIFIED PERIPHERAL ENCAPSULAHT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH
AND LENGTH DIMENSIONS BY A MAXIMUM OF OOS. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULAHT OUTLINE THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE ANO ITS
RESPECTIVE ENCAPSULAHT SURFACE SMALL NOT EXCEED 015. REMOVE ALL FLASHING.
A COMPONENTS TO BE CEMENTED IN PLACE PER NO 1002187 USING NO *002*52.
5. MARK PIN NUMBERS .060/.I00 HIGH(WHITE) PER ND 1002019 ANO ALL OTHER CHARACTERS .I00/.I40 HIGH (WHITE)
PER NO 1002019 ANO SERIALIZE PER ND 1002023. CENTRALIZE AS SHOWN.
6.INSTALL FIND NUMBER 2 AND FIND NUMBERS PER ND I002QG .
7. PROCURE PER PS-1007050.
9. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF ND 1002009.
K>. INDICATEO AREA TO BE FREE OF ENCAPSULATION
12. CLEMsl MODULE WHERE POSSIBLE B"< 0 €GREAS'M<* WITH FEEON AMD ISO-PRO PS L
ALCOHOL PRIOR TO RmCM*S 0LftT\O*H.
iS. EXCEPT for MODULE MOUNTING SURFACE , PA1MT ALL SURFACES PER.
ND\002219 USIHA1010992 PRIMER. AMD (003609*4 PAINT . COWNCCTOR PIN
BLADES AND INSULATORS TO BE FREE OF PM NT .
14. MOlSTUREPROOF PER ND 1002292 AS REQUIRED BY FIND NO. (jo) USING
INSULATION TAPE IN ACCORDANCE WITH SCO 1008866 AND POLYURETHANE C0ATIN6
PER SOD 1008867 AFTER PAINTING AND STENCILLING.
aR ARURlftg ar ar ar ar
AR AR AR AR AR AR AR AR
AR AR AR AR AR AR AR AR
_9_ _9__9_ 9 _9 9 9 9
9 9_ 9 _9_9_9 4 9
I I I I I I I I
SEE NOTE 14
1008540-K?
1010432 -4
1010432 -3
>010432 -2
1010432 ~ I
1010262 -G
1010262 -5
1010262 —4
1010262 -3
1006757 -I
1006776-22
IOOG776 -~2i~
1006782-S
1006775
I00BQ73
61 |0511 0*1 I 031 J 021 j oil EFFEC
QUANTITY REQUIRED
UNI CSS OTHERWISE SPECIFIED _ _ ^
DIMENSIONS ARE M INCHES " W
TOLERANCES ON —« ■
— FRACTIONS DECIMALS ANGIES „ Am
~ --*55E8i 5 — —
— JO NOT SCALE THIS DRAWING
MOiS-URE PROOFING
GASKET. CONNECTOR MlNlATURg
CAPACITOR _
CAPACITOR
CaEaCitM
CAPACITOR _
RESISTOR. FIXED _
RESISTOR. FIXED _
RESISTOR. FIXED _
RESISTOR. FIXED
wire, gLftThiga:- - —
INSULATION .SLEEVING BtfeC
INSULATION. SLEEVING ELE(
CONTACT. WRAPOST
INSULATOR. WRAP OST _
HEATSINK_
MANNED SPACECRAFT CENTER
ASSY I USED ON
APPLICATION_
gayleae* imU CDU LOAD
COMPENSATION MODULE
f- -g-J** ASSEMBLY _
' s ju. C COOC CENT NO I Sift NASA ORAtoWfc NO.
T*T' 80230 IE | 1007550
SCALE 4 : t WT [SHEET | OF f
IMU COU LOAD
f JOMPENSATION
007550 cnx
Nev_
SERIAL NO.- 4
MARKING VIEW
scale ~ a: I
- APPLICABLE
DASH NO.
SEE NOTE 10
SEE *XTE 5
REFERENCE
I 6YR0 WHEEL TYPES I
2 SIMONDS ANO
I 6RAPHM0
1 SIMONDS ANO
2 6RAPHM0
IREFIREFIREFIBEFI
1007550 -021
1007550-051
1007550 —041
S. BOND FIND NO. • TO FIND NO. 2 PER ND1002237.
». UNLESS OTHERWISE SPECIFIED, WIRSM SHALL MEET THEM
10. INDICATED AREA TO BE FREE OF ENCAPSULATION
° T MNTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED m MIL-D-70327
2. ALL WELDS TO BE PER ND 1002005. _
3. ENCAPSULATE MODULE PER ND 1002002 (SLACK POLYURETHANE F0AM>U*2SS OTHERWISE
SPECIFIED PERIPHERAL ENCAPSUUWT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH
AND LENGTH DIMENSIONS SIT A MAXIMUM OF 005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULAMT OUTLINE THE MAXIMUM DIMENSION BETWEEN Mil HEATSINK SURFACE AND ITS
RESPECTIVE ENOPSULANT SURFACE SMALL NOT EXCEED 015. RBHOVC ALL FLASH MS.
' A COMPONENTS TO H CEMENTED HI PUCE PER ND 1002157 UBINS NOI002IS2.
4 MARK PIN NUMBERS XMO/JOO HtBH(WHITE) PER ND 1002015 AND ALL OTHER CHARACTERS .I00/J40 HMH (WHITE)
PER ND 1002015 ANO SERIALIZE PER ND 1002023. CENTRALIZE AS SHOWN.
CINSTALL FIND N0M5ER 2 AND FBIO NUMBERS PER ND 100204 .
7. PROCURE PER PS-1007050.
AR AR AR AR
_AR_AR._AR.Afi_
3 9 9 9
9 9 9 9
I I I I
t I QUAWTITY REQUIRED I
UNLESS OTHERWISE S«Ctf«0 _ _
MMCNSIONS ME M MCMES “ ~
TOUIMNCa ON
n m cn oN t P tciMwi Min
MATEMM.
1000540-10
tC’0432 -4"
10104 32 -1
1010262 -3
1006757 -I
1006776 -22
capacito?
CAPACITOR
"Efr tSTfig, FIXED_
RESISTOR. FlXtO
pcck-mb* EivEft -
WESISTOft. FIXED
WtftE. 6 LKTM&R.
IN^ULAt K»H , 6L.e.fc ViU
INSULATOR. WRAPOBT"
HEATSINK_
MANNED SPACECRAFT CENTER
Tmu cdu load
COMPENSATION MODULE
NEXT ASSY | USED ON
_APPLICATION_
1007550
1007550
3
2
f A I Revised « Tone 17326
45 1 SEE NOTE 2
40 ) SEE NOTE 2
5 2) SEE NOTE 13
5“5 ± Kbit, kb
.»v>oiAu»a>xcpv0o_is>C?4fctj*<n^55&{ — Kul^ul>5^^c
FAILURE INDICATOR
1007551 C3-.-
REV r ^
SERIAL NO.
-APPLICABLE DASH NUMBER
1009528 _
I008S42 _
1008541 _
1008543 _
1006752 _
1004750-SI _
1004774-20 _
1008025- I _
1006775 _
1006776 - 21 _
1006757 - 8 _
1006757 - \ _
1004774-22 _
1004782 -S _
1010353 - 4 _
1006755-85 _
1010467 _
1010285 _
1010357-1 _
1010372 ~ 5 _
1010372 - 16 ~
1010286 ~ 009 _
1010372 - 8 _
1010385 _
1010369- 90 _
1004755 - 57 _
1006755 - 89 _
1006755 - 65 _
1006760 - 43 _
IC06750 ~ 39 _
1010369 ~ 101 _
1006750 - 48 _
1006760 ~ 48 _
1006750- 15 _
1010604 - 3 _
1006750 - 43 _
1006750 - 53 _
1006760 - 3ft _
1006750 - 49 _
1006750 - 80 _
1010349 SEE NOTE 12
1006750 - 73 _
1006750 - 32 _
1006750 ~ 75 _
10047SO SEE NOTE 12
1006750 SEE NOTE 12
I006750 - 4S _
1006750 ~ 56 _
1006750 - 44 _
! >008085
1008088 _
1007038
SCHEMATIC .ELECTRICAL _
GASKET, CONNECTOR MINIATURE
GASKET, CONNECTOR MINIATURE
GASKET, CONNECTOR MINIATURE
TRANSISTOR _
RESISTOR __
INSULATION,SLEEPING ELECT
’ INSULATOR, BUSHING _
" INSULATOR.WRAPOST-MALE. minat
INSULATION SLEEVIN6 _
WIRE ELEC 020OIA _
WIRE ELEC-010X 020 _
INSULAT|QN,SL£EVING ELECT
CONTACT, WRAPOST-MALE, MINAT
RELAY __
CAPACITOR
TRANSFORMER
TRANSISTOR _
TRANSISTOR _
0100E _
DIOOE
OIOOE _
DIOOE _
DIODE _
RESISTOR _
CAPACITOR _
CAPACITOR _
CAPACITOR _
RESISTOR _
RESISTOR
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
INSULATOR BOTTOM _
INSULATOR TOP _
" HEATSINK_
MARKING VIEW
SCALE 2/1
SECTION C-C
TYP FTI THRU FTI6
SECTION D-D
SEE NOTE II
_ QUANTITY REQUIRED I
" UNLESS OTHERWISE SPECIFIED
~ ORR ENS IO NS AM m MCMES
- TOLERANCES ON
- FRACTIONS OEOMAU AMIES ,
* XX *.02 *
XXXIJOOS ‘
- 00 NOT SCALE imo u m m t
- MATERML .
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
FAILURE INDICATOR
MODULE ASSEMBLY
100*551 »
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
1007551
1007551
1.
2 .
3.
4 -
а.
б .
7.
INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327.
ASSEMBLE FIND NO. 40AN045 PER NO 1002136.
ALL CONNECTIONS TO BE MADE BY WELDING PER NO 1002005.
BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING.
WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
ENCAPSULATE MODULE PER NO 100200*(BLACK POLYURETHANE F0A»$
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY
EXCEEO THE NOMINAL HEATSINK WIDTH ANO LENGTH DIMENSIONS BY A MAXIMUM
OF .005.WHEN THE HEATSINK OpTUNE EXCEEDS THE ENCAPSULANT OUTLINE
THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND ITS RESPECTIVE
ENCAPSULANT SURFACE SHALL NOT EXCEED .015.REMOVE ALL FLASHING.
MARK PIN NUMBERS .OGO/IOO HIGH (WHITEJaND ALL OTHER CHARACTERS .I00/T40
HIGH (WHITE) PER NO 1002019 ANO SERIALIZE PER NDt002023. CENTRALIZE AS SHOWN.
S INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUNO.
9- STAKE FIND NO. 4 THRU 39 PER N0IOO2OO9, METHOD C
K). AR DENOTES AS REQUIRED.
11. TYPICAL SLEEVING FOR Rl THRU R13, Rl5 TH*J R27. R29 THRU R3B, R40 THRU R44
R4G,R4B THRU R30, RS2 THRU R56,CR>O t CR3S ANO CR4B.
12. VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP 1007551
PART TO BE SELECTED FROM CHART.
13. BOND FIND NO. SO, SI AND 52 TO 45 PER NO 1002237
14 UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069.
IS.
IS. PROCURE PER PS IO075SI.
17. ON FIND NO. 2 ANO FINO NO. 3 :
BROKEN PATHS INDICATE INSULATION SLEEVING
K INDICATES CATHODE SIDE OF DIODE
FT ( ) INDICATES FEED THRU
PLUS (♦) INDICATES POSITIVE END OF CAPACITOR
C INDICATES COLLECTOR LEAD OF TRANSISTOR
B INDICATES BASE LEAD OF TRANSISTOR
E INOICATES EMITTER LEAD OF TRANSISTOR
A BOND A 15 MIN. WIDE PERIMETER OF THE TOP AND BOTTOM INSULATORS
TO THE HEATSINK AND COAT A .25 MIN. WIDE PERIMETER ON THE OUTSIDE
SURFACE OF THE INSULATORS PER NO 1002167 TYF*E 1.
1 rC
R5
RIO
1 part NO- 1
23JJ3I
PART NO.
PART NO
PPM
mi
jBEQM
in
bh
BEE3
esm
- 47
mi
-62
Rl:l!l
-95
EM
- 48
-63
-56
EL r »M
- 49
-64
-97
B2M
- 50
-65
-98
RM
- 51
MEM
-66
KU3
-99
- 52
m
-67
30K
- 100
tsjM
- 53
KS3
-68
Ml
- 101
r?:M
- 54
-69
M33
- 102
EM
-55
FI1
-70
39K
- 103
COM
- 56
■EH
-71
MBS
■■
- 104
EEM
- 57
UK
-72
■DQ3
!■
!_~ 'OS
- 58
1H1
-73
5IK
1010365-106
Imr.uc*
- 59
MEM
iHH
' -74
MITT1
IH1H
-60
1M1
■■
-75
■sa
-61
■m
■■
-76
FI
-62
M-'-M
\mm
> -77
m
-63
irwm.Bia
IKK3
-64
-65
KZ9
KS3
-68
Ksa
-69
iKsa
— 70
IKE3
• -71
iKsa
IKH3
MARKING VIEW
SCALE 2/1
SECTION D-D
SEE NOTE II
r~r
4
3
1007551
; I, i
- \
n
> EAi’5 INK-FOAM CONTACT
fsUR~ACL ADJACENT TO
l\hLA r 5INK EXTERNAL
JRrACE
too%\
1^^
IS
•Ml
N/A
N/A
p5 MlN WIDTH OR TOTAL
MJAiLABLE ON 30% OF PERIMETER
hr ^;THIN .03 TC .06 OF
internal edge.
V ■ J
40 ) SEE NOTE 2
famti
- SEE NOTE 8
52) SEE NOTE 13
II
.000
.019
1
i
5T~5 t
U7I9
REF
failure indicator
1007551
REV :
serial no.
APPLICABLE OASH NUMBER
DING REV LTR
SECTION c-c
TYP FT| THRU FTI6
SECTION D-D
SEE NOTE II
MARKING VIEW
SCALE 2/1
07551 W
100745?
1007572
~ - -
- ..
NEXT ASSY
USED ON
APPLICABLE
OASH NO
| APPLICATION |
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBFR AND THE DASH NUMBER THAT APPL IES
&
—
WVWON /Jr
IVM
MCftPnon
•AT.
K
Revised p« tdrr H326
,5 au*
*5
B
REVISED PER TDRR »76lO
24-
MAR.
a*
C
REVISED PER TDRRI9389
l-JUfil
-6£
DIMENSIONS ME IN INCHES
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00 NOT SCALE THIS 0WAW1NC
[MATERIAL
INCAT TREATMENT
ONANNifiKffiNttV- QATc'£f^3
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HOUSTON. TEXAS
3
1010630-9
DIODE
53
S
1009528
SCHEMATIC .ELECTRICAL
REF
1
1008542
GASKET.CONNECTOR MINIATURE
52
1
1008541
GASKET, CONNECTOR MINIATURE
51
1
1008543
GASKET, CONNECTOR MINIATURE
50
1
1006752
TRANSISTOR
4-9
1
1006750-51
RESISTOR
48
AR
1006776-20
INSULATION,SLEEVING ELECT
47
13
1008029- 1
INSULATOR,BUSHING
46
39
1006779
INSULATOR.WRAPOST-MALE. MINAT
45
AR
1006776 - 21
INSULATION SLEEVING
44
AR
I0087S7-8
WIRE ELEC 020DlA
43
AR
>006757 - 1
WIRE ELEC.010X 020
42'
AR
1006776 - 22
INSULATION,SLEEVING ELECT
41
39
1006782 -S
CONTACT, WRAPOST-MALE, MINAT
40
1
1010353 -4
RELAY
30
1
1006755-85
CAPACITOR
38
2
1010467
TRANSFORMER
37
6
1010285
TRANSISTOR
36
6
1010397-1
TRANSISTOR
35
1
1010372 - 9
DIODE
34
33
3
1010372 - 16
DIODE
—
-N—
—
10*9284 - --
—
31
T
1010372 - 8
DIODE
30
36
1010385
DIODE
_a.
1
1010369- 90
RESISTOR
28
1
1006799 - 97
CAPACITOR
27
2
1006755 - 89
CAPACITOR
26
6
1006755 - 69
CAPACITOR
25
2
1006760 - 43
RESISTOR
24
1
1006790 - 39
I RESISTOR
23
1
1010369 - 101
RESISTOR
22
2
1006750 - 48
RESISTOR
21
1
1006760 -48
RESISTOR
20
1
1006750- 15
RESISTOR
19
3
1010604 - 3
RESISTOR
18
1
1006750 - 43
RESISTOR
17
3
1006750 - 53
RESISTOR
16
3
1006760 - 3^
RESISTOR
IS
6
1006750 - 49
RESISTOR
14
4
1006750 - 80
RESISTOR
13
s
1010369 SEE NOTE 12
RESISTOR
12
JL
1006790 - 73
RESISTOR
II
7
1006750 - 32
RESISTOR
10
7
1006750 - 75
RESISTOR
9
1006750 SEE NOTE 12
RESISTOR
8
x
1006750 SEE NOTE 12
RESISTOR
7
1
1006750 -45
RESISTOR
6
4
1006750 -56
RESISTOR
5
1
1006750 - 44
RESISTOR
4
1
1008089
INSULATOR BOTTOM
3
1
1008088
INSULATOR TOP
2
1
1007038
HEATSINK
1
on
EFFEC
TtVlTV
PART ON B NOMENCLATURE ON 1
lOENTtfYING NO. || DESCRIPTION |
riHo
NO
QUANTITY REQUIRED
UST OE MATERIALS
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MODULE ASSEMBLY
[coocTocntno
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NASA ORAWING NO
1007551
(SHEET I. Of I
i
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L_J_ _ SURFACE _
INMIWI 4 ' ' ====== :
U,.:C%T .12 MIN 100% N/A
fef'r r<fir OF PERIMETER
¥ r 'Ur 4 .25 MIN 100%
Pk surface of perimeter
p/\ .031.03
.25 MIN WIDTH OR TOTAL
AVAILABLE ON 30% OF PERIMETER
TO WITHIN .03 TO .06 OF
EXTERNAL EDGE. _
. . «■ __
54*0
i j
45 J SEE NOTE 2
40 ) SEE NOTE 2
© A Revised pk tdrr r?326
C I REVISED PER TDRRl93S9\'j
I00SS42
>008541
I008S43
1006752
>006750-51
1006776-20
1008025- I
1006775
1006776 - 21
>006757-S
>006757 - 1
1006776-22
>006782 -6
1010353 ~ 4
1006755-85
1010467
1010285
1010397 — I
1010372 - 5
SCHEMATIC , ELECTRICAL _
GASKET,CONNECTOR MINIATURE
GA SKET, CONNECTOR MINIATURE
G ASKET, CONNECTOR MINIATURE
transistor
RESISTOR
INSULAT|QN,SLEE VING ELECT
INSULATOR, BUSHING ~
insulatqr,wrapost-male. minat
INSULATION SLEEVIN6 _
WIRE ELEC 020DIA _
WIRE ELEC.0I0X.020 _
INSULATION,SLEEVING ELECT
CONTACT, WRAPOST-MALE, MINAT
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CAPACITOR
TRANSFORMER _
TRANSISTOR _
TRANSISTOR _
DIODE
5~~5
• a> u> o — jG (5
FAILURE indicator
1007551 Ci-.--
Rev
serial no.
-APPLICABLE DASH NUMBER
SECTION C-C
TYP FTI THRU FTI6
SECTION D-D
SEE NOTE II
MARKING VIEW
SCALE 2/1
1010372 - 8 _
1010385 _
1010369- 90 _
1006755 - 57 _
1006755 - 89 _
1006755 - 65 _
1006760 ~ 43 _
1006750 ~ 39 _
1010369 - 101 _
1006750 - 48 _
1006760-48 _
1006730- 15 _
1010604 - 3 _
1006750 - 43 _
1006750 - 53 _
1006760 - 3^ _
1006750 - 49 _
1006750 - 80 _
1010369 SEe NOTE 12
1006750 - 73 _
1006750 - 32 _
1006750 ~ 75 _
1006750 SEE NOTE 12
I0067S0 SEE NOTE 12
1006750 -45 _
1006750 -56 _
1006750 ~ 44 _
1008089 _
1008088 _
1007038
QUANTITY REQUIRED 1
UNLESS OTHERWISE SKCIFICO
DIMENSIONS ARC IN INCHES
TOLERANCES ON
- FRACTIONS DECIMALS ANQLI
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00 NOT SCAL^T^MAWING
OIODE _
DIODE _
RESISTOR _
CAPACITOR _
CAPACITOR _
CAPACITOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
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INSULATOR BOTTOM
INSULATOR TOP
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FAILURE INDICATOR
MODULE ASSEMBLY
fT NO SUE NASA ONAWING NO
bo J 1007551
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ft k REVISED PE* TDRR 17326
tffj B REVISED PER TDRR »76lO
~C REVISED PER TDRR 19383
D R&/I5ED PER TDRR 1jv f "
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45 ) SEE NOTE 2
40 ) SEE NOTE 2
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1007551 C3-*-—
Rev r ~L_
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MARKING VIEW
SCALE 2/1
SECTION OC
TYP FTI THRU FTI6
SECTION D-D
SEE NOTE H
007 S5I
1007452_
1007575 _
NEXT ASSY USED ON APPLICABLE
APPLICATION DASH NO
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
1009528
I008S42
1008541
I008S43
100 4752
1004750-SI
1004774-20
1008025- I
1006775
1006776 - 21
1006757 - B
1006757 - t
1004776-22
1004782 -5
1010353 - 4
1006755-85
1010467
1010285
1010357-1
1010372 ~ 5
I ' QUANTITY REQUIRED I
IUNLESS OTHCMMSC SPCCIFCO
-I FRACTIONS DECIMALS AM
J * XX *.02 *
SCHEMATIC .ELECTRICAL _
GASKET,CONNECTOR MINIATURE
GASKET, CONNECTOR MINIATURE
GASKET, CONNECTOR MINIATURE
TRANSISTOR _
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INSULATION,SLEEVING ELECT
INSULATOR, BUSHIN6 _
" INSULATOR .WRAPOST- MALE, MINAT
INSULATION SLEEVING _
WIRE ELK 0200I A_
WIRE ELEC.010X 020 _
INSULAT|QN,SLEEVING ELECT
CONTACT, WRAPOST-MALE, MINAT
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OlOOE__
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CAPACITOR
CAPACITOR
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? - 80 _
I SEE NOTE 12
)- 73 _
) - 32 _
) ~ 75 _
D set NOTE 12
D SEE NOTE 12
0-45 _
0-56_
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
INSULATOR BOTTOM
INSULATOR TOP
HEATSINK
MANNED SPACECRAFT CENTER
HOUSTON. TUM
FAILURE INDICATOR
MODULE ASSEMBLY
«T NO NS NASA OMAMnNG NO
30 j 1007551
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m
■KM
NOTES -------
1. INTERPRET 0RAWIN6 IN ACCORDANCE WITH STAN0ARD5 PRESCRIBED BY MtL-0-70327.
2. ASSEMBLE UNO NO. 40 AND45 PER NO 1002136.
5. ALL CONNECTIONS TO BE MAOE BY WELDING PER ND1002005.
4- BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING.
% WHITE OOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
ft. ENCAPSULATE MOOULK PER NO 1002002(BLACK POLYURETHANE FOAM0
unless otherwise specified PERIPHERAL ENCAPSULANT DIMENSIONS may
EXCEED THE NOMINAL HEATSINK WIDTH ANO LENGTH DIMENSIONS BY A MAXIMUM
OF .005.WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE
THE MAXIMUM DIMENSION BETWEEN ANY' HEATSINK SURFACE AND OS RESPECTIVE
ENCAPSULANT SURFACE SHALL NOT EXCEED .OlS-REMOVE ALL FLASHING.
7. MARK PIN NUMBERS .OGO/IOO HIGH (WHITEUND ALL OTHER CHARACTERS .I00/.I40
HIGH (WHITE) PER NO 1002019 ANO SERIALIZE PER ND 1002023. CENTRALIZE AS SHOWN.
l2S3BEiIlIElBE2E3HE2dBIEE3l
| E-MM HKm.* »B -M ■ H 'M I
• INDICATED area to be free of encapsulating compouno.
9. stake FIN0 NO. 4 THRU 39 PER NDI002009, METHOD C
10- At DENOTES AS REQUIREO.
11. TYPICAL SLEEVING FOR Rl THRU RO, RlS THRU R2T, R29 THRU R3B, R40 THRU «44
R4G,R4B THRU RSO, RS2 THRU R5ft,CRlO f CA35 ANO CR4S.
12. VALUE TO BE DETERMINED BY ELECTRICAL TEST PE* ATP I007S5I
PART TO BE SELECTED FROM CHART.
IS. BONO FIND NO. SO, SI ANO 52 TO 46 PER ND 1002237
14. UNLESS OTHERWISE SPECIFIED WIRIN6 SHALL MEET THE REQUIREMENTS OF ND 1002069.
■gEnrggsaimMTgl
lb. PROCURE PER PS 1007551.
17. ON FIND NO. 2 ANO FIND NO. 3 :
BROKEN PATHS INDICATE INSULATION SLEEVING
K INDICATES CATHOOE SIDE OF OIOOE
FT ( ) INOICATES FEEO THRU
PLUS (♦) INOICATES POSITIVE END OF CAPACITOR
C INOICATES COLLECTOR LEAD OF TRANSISTOR
R INDICATES BASE LEAD OF TRANSISTOR
! C INDICATES EMITTER LEAO OF .TRANSISTOR
19. CLEAN MODULE WHERE POSSIBLE PRIOR TO BONDING OF WAFER BOARDS AND APPLICATION OF COATING
MATERIAL BY DEGREASING WITH FREON AND ISO-PROPYL ALCOHOL. ADHESIVE AND COATING
MATERIAL PER ND 1002167 TYPE JT. APPLY MATERIAL AND COATING AS INDICATED IN TABLE X.
TABLE X
CONFIGURATION
BOND BETWEEN WAFER
AND HEATSINK
WAFER 4 FLAT
HEATSINK
ER 4
TICAI
Heatsink
100% OF AREA .!Z FROM
EXTERNAL HEATSINK SURFACE.
307, OF AREA .25 FROM
EXTERNAL HEATSiNR SURFACE
CORNER FILLET AND VERTICAL
SURFACE TO W/THIN .03
±.03 OF EXTERNAL
SURFACE
HEATSINK FOAM
CONTACT SURFACE
PERIMETER
IEBSS3S1
PEEM
P9
few
SECTION A-A
.25 MIN WIDTH OR TOTAL
AVAILABLE ON 90% iJF PERIMETER
to Within .03 ±.03 of
external edge ._
-SEE NOTE*
£
-sa
SECTION B-B
SECTION c-c
TYP FTI THRU FTI6
1007551
2
.yjiasai
rj
20 . CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL ALCOHOL
PRIOR TO ENCAPSULATION.
21. EXCEPT TOR THE HELlCOlL MOUNTING SURFACE, PAINT ALL SURFACES PER NDI002IIO
TYPE H, AFTER ENCAPSULATION. USING BLACK PAINT PER 1010729-4. CURE AT
14C°F FOR EIGHT HOURS. CONNECTOR PIN BLAD.ES AND INSULATORS TO BE FREE
FROM PAINT.
NOTES
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327.
2. ASSEMBLE FIND NO. 40 AND 45 PER NO 1002136.
3. ALL CONNECTIONS TO BE MAOE BY WELDING PER ND1002005.
4» BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING.
3. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING,
fc ENCAPSULATE MODULE PER NO 1002002(BLACK POLYURETHANE FOaH)
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAP9ULANT DIMENSIONS MAY
EXCEED THE NOMINAL HEATSINK WIDTH ANO LENGTH DIMENSIONS BY A MAXIMUM
OF .005.WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE
THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND ITS RESPECTIVE
ENCAPSULANT SURFACE SHALL NOT EXCEED .015.REMOVE ALL FLASHING.
7. MARK PIN NUMBERS .0G0/100 HIGH (WHITE)AND ALL OTHER CHARACTERS .I00/.I40
HIGH (WHITE) PER ND 1002019 ANO SERIALIZE PER ND 1002023.CENTRALIZE AS SHOWN.
8 INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUNO.
9. STAKE FIND NO. 4 THRU 39 PER NOI002009, METHOD H
10. Aft DENOTES AS REQUIREO.
11. TYPICAL SLEEVING FOR Rl THRU RI3, Rl5 THRU R2T, R29 THRU R36, MO THRU R44
R46,R48 THRU R50, R52 THRU R56.CRtC.CP35 AND CR48,
12. VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP 1007551
PART TO BE SCLECTEO FROM CHART.
13. BONO FIND NO. SO, SI AND 52 TO 45 PER ND 1002237
14 UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069.
Ife. PROCURE PER PS 1007551.
17. ON FIND NO. 2 ANO FIND NO. 3 :
BROKEN PATHS INDICATE INSULATION SLEEVING
K INDICATES CATHODE SIDE OF DIODE
FT ( ) INDICATES FEED THRU
PLUS (+) INDICATES POSITIVE END OF CAPACITOR
C INDICATES COLLECTOR LEAD OF TRANSISTOR
B INDICATES BASE LEAD OF TRANSISTOR
E INDICATES EMITTER LEAD OF TRANSISTOR
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20. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WJTH FREON AND ISO-PROPYL ALCOHOL
PRIOR TO ENCAPSULATION.
21. EXCEPT FOR THE HEUCOlL MOUNTING SURFACE, PAINT ALL SURFACES PER NDI002IIO
TYPE H, AFTER ENCAPSULATION, USING BLACK PAINT PER 1010729-4. CURE AT
14C°F FOR E16HT HOURS. CONNECTOR. PIN BLADES AND INSULATORS TO BE fREE
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45 I SEE NOTE 2
40 ) SEE NOTE 2
NOTES
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327.
2. ASSEMBLE PINO NO. 40 AND 45 PER NO 1002136.
3. ALL CONNECTIONS TO BE MADE BY WELDING PER ND1002005.
4* BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRIN6.
9. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
6. ENCAPSULATE MODULE per NO 1002002(BLACK POLYURETHANE FOAM)
unless otherwise specified PERIPHERAL encapsulant DIMENSIONS may
EXCEED THE NOMINAL HEATSINK WIDTH ANO LENGTH DIMENSIONS BY a MAXIMUM
OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE
THE MAXIMUM DIMENSION BETWEEN ANV HEATSINK SURFACE AND ITS RESPECTIVE
ENCAPSULANT SURFACE SHALL NOT EXCEED .015-REMOVE ALL FLASHING.
7. MARK PIN NUMBERS .0G0/100 HIGH (WHlTEjAND ALL OT«R CHARACTERS .KW/J40
HIGH (WHITE] PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS SHOWN.
6 INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUNO.
9. STAKE FIND NO. 4 THRU 3S PER NO1002009, METHOO H
10. AR DENOTES AS REQUlREO
11. TYPICAL SLEEVING FOR Rl THRU Rl3, RI5 THRU R27, R29 THRU R36, R40 THRU R44
R46.R48 thru RSO, RS2 THRU R56,CRi©,CR35 AND CR48.
12. VALUE to BE DETERMINED BY ELECTRICAL TEST PER ATP 1007551
PART TO BE SELECTED FROM CHART.
B O N D F IN D N O. 6 0jS I A N D 52 TO 46 PC R N O i 00gi?3P
14 UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069.
lb. PROCURE PER PS I0075SI.
17. ON FIND NO. 2 AND FIND NO. 3 :
BROKEN PATHS INDICATE INSULATION SLEEVING
K INDICATES CATHODE SIDE OF DIODE
FT ( ) INDICATES FEED THRU
PLUS (♦) INDICATES POSITIVE END OF CAPACITOR
C INDICATES COLLECTOR LEAD OF TRANSISTOR
B INDICATES BASE LEAD OF TRANSISTOR
E INDICATES EMITTER LEAD OF TRANSISTOR
B O N D A 2 5 MIN WIDE PERIMETER OF THE TOP AMD BOTTOM ISOLATORS
-THE HEATS'«K AMO COAT A .19 MH4 W+OE PERIMETER OM THE OUT SI D E
-S URFACE OF THE W5ULATORS PER *t040©9U3T TYFE-*t-
■■y.My.giiEHai
ilium!
SECTION A-A
9ftOtr.~ADHE5WE- ^
m
m
SECTION B-B
SECTION C-C
TYP FTl THRU FTI6
REV ShI
1007551 ? ,
a
i
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-jrtgf?
2h2>«
20. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL ALCOHOL
PRIOR TO ENCAPSULATION.
21 EXCEPT FOR THE HELlCOlL MOUNTING SURFACE^ PAINT ALL SURFACES PER NDI0O2II0
* TYPE H AFTER EN CAPSULATION^ USING BLACK PAINT PER 1010729-^. CURE AT
14C°F f6 r eight hours, connector, pin blades and insulators to be free
FROM PAINT.
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40 ) SEE NOTE 2
*| INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-0 -7032Z
2. ASSEMBLE FINO NO. 40 AND 45 PEA ND 1002136.
3. ALL CONNECTIONS TO BE MADE BY WELDIN6 PER ND 1002005.
4 . BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING.
6 WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
6» ENCAPSULATE MOOULE per NO 1002002(BLACK POLYURETHANE FOAM)
unless OTHERWISE SPECIFIED peripheral ENCAP5ULANT DIMENSIONS MAY
EXCEED THE NOMINAL HEATSINK WIDTH ANO LENGTH DIMENSIONS BY A MAXIMUM
OF .005.WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE
THE MAXIMUM DIMENSION BETWEEN ANT HEATSINK SURFACE AND ITS RESPECTIVE
ENCAPSULANT SURFACE SMALL NOT EXCEED .015-REMOVE ALL FLASHING.
7 MARK PIN NUMBERS .0G0/100 HIGH (WHITE)AND ALL OTHER CHARACTERS .100/.140
HIGH (WHITE) PER NO 1002019 AND SERIALIZE PER ND I00Z023. CENTRALIZE AS SHOWN.
B INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND.
9. STAKE FIND NO. 4 THRU 39 PER ND 1 002009, METHOD H
10. AR DENOTES AS REQUIRED.
11. TYPICAL SLEEV1N6 FOR Rl THRU Rl3, RI5 THRU R27. R29 THRU R3B, MO THRU R44
R46,R48 THRU RSO, R52 THRU R56,CRi©,CR35 AND CR48,
12. VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP 1007551
PART TO BE SELECTED FROM CHART.
»: B O N D F IN D N O. 50> 5I A N D 52 TO 46 PC R N O l OOg«?3 »
14 UNLESS OTHERWISE SPECIFED WIRIN6 SHALL MEET THE REQUIREMENTS OF ND 1002069.
lb. PROCURE PER PS 1007551.
17. ON FIND NO. 2 AND FIND NO. 3 :
BROKEN PATHS INDICATE INSULATION SLEEVING
K INDICATES CATHODE SIDE OF DIOOE
FT ( ) INDICATES FEED THRU
PLUS (+) INDICATES POSITIVE END OF CAPACITOR
C INDICATES COLLECTOR LEAD OF TRANSISTOR
B INDICATES BASE LEAD OF TRANSISTOR
E INDICATES EMITTER LEAD OF TRANSISTOR
«& BOND 4-24 WIDE PE R IM ET E R OF THE TOP ANO BOTTOM WSUL470RS-
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36
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28
1
1006755 - 57
CAPACITOR
27
2
1006755 - 89
CAPACITOR
26
6
1006755 - 65
CAPACITOR
23
'
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1006760 - 43
RESISTOR
24
23
1
1006750 - 39
RESISTOR
1
1010369 - 101
RESISTOR
22
2
1006750 - 46
RESISTOR
21
1
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1006760 - 48
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20
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16
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1010369 528 NOTE 12
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3
1006750 - 73
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7
1006750 - 32
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10
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1
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25
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3
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17
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3
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1006750 - 73
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II
7
7
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10
7
7
1006750 - 75
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9
1006750 SEE NOTE 12
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1006750 SEE NOTE 12
RESISTOR
7
i
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6
4
4
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1
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TIVTTY
[ LIST OF MATERIALS |
[OMCNSIONS ARC M MCHCS
TOLERANCES ON
I FRACTIONS DECIMALS I
XX -.02
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
FAILURE INDICATOR
MODULE ASSEMBLY
■i —
8
7
20. CLEAN MODULE WHLRE POSSIBLE BY DEGREASING WfTH FREON AND ISO-PROPYL ALCOHOL
PRIOR TO ENCAPSULATION.
21. EXCEPT FOR THE MODULE. MOUNTING SURFACE, PAINT ALL SURFACES PER NDI002279,
USING 1010992 PRIMER AND 1008809-4 PAINT. CONNECTOR PIN BLADES AND INSULATORS TO BE.
FREE OF PAINT.
22. MOISTUREPROOF PER ND 10022*52 AS REQUIRED BY FIND NO.(|S) USING INSULATION TAPE
IN ACCORDANCE WITH SCD I0088GG AND POLYURETHANE COATiNG PER SCD KDOB8G7
AFTER PAINTING AND STENCILLING.
NOTES
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MlL-D-70327.
2. ASSEMBLE FIND NO. 40 AND45 PEA NO 1002136.
3. ALL CONNECTIONS TO BE MAOE BY WELDING PER NO 1002005.
4- BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING.
& WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING,
t, ENCAPSULATE MODULE PER NO 1002002(BLACK POLYURETHANE FOAM)
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSUCANT DIMENSIONS MAY
7.
EXCEED THE NOMINAL HEATSINK WIDTH ANO LENGTH DIMENSIONS BY A MAXIMUM
OF .005.WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE
THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND fTS RESPECTIVE
ENCAPSULANT SURFACE SHALL NOT EXCEED .013-REMOVE ALL FLASHING.
MARK PIN NUMBERS .0G0/100 HIGH (WHITE)AND ALL OTHER CHARACTERS .I00/.I40
HIGH (WHITE) PER ND1002019 AND SERIALIZE PER ND1002023.CENTRALIZE AS SHOWN.
8 INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND.
9. STAKE FIND NO. 4 THRU 39 PER NDI0O2009, METHOD J.
10. AR OENOTES AS REQUIRED.
11. TYPICAL SLEEVING FOR Ri THRU RI3, Rl5 THRU R27, R29 THRU R36, R40 THRU R44
R46,R48 THRU R50, R52 THRU R56,CRiO,C«35 AND CR4S.
12. VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP 1007551
PART TO BE SELECTED FROM CHART.
14. UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069.
lb. PROCURE PER PS 1007551.
17. ON FIND NO. 2 ANO FIND NO. 3 :
BROKEN PATHS INDICATE INSULATION SLEEVING
K INDICATES CATHODE SIOE OF OIOOE
FT ( ) INDICATES FEED THRU
PLUS (+) INDICATES POSITIVE END OF CAPACITOR
C INDICATES COLLECTOR LEAD OF TRANSISTOR
B INDICATES BASE LEAD OF TRANSISTOR
E INDICATES EMITTER LEAD OF TRANSISTOR
■ m . BO N D A-3L5 MIN WI06 PERIMETER OF THE TOP AND BOTTOM INSULATORS
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55
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52
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13
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39
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1
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1006799 - 57
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27
2
2
1006759 - 89
CAPACITOR
26
6
6
1006799 - 69
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29
2
2
1006760 - 43
RESISTOR
24
1
1
1006790 - 39
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23
1
1
1010369 - 101
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22
2
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21
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1
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3
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18
1
1
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RESISTOR
17
3
3
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RESISTOR
16
3
3
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RESISTOR
15
6
6
1006750 - 49
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4
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3
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7
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7
7
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7
1
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6
4
4
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9
1
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1
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USING 1010992 PRIMER AND 1008609-4 PAINT. CONNECTOR PIN BLADES AND INSULATORS TO BE.
FREE OF PAINT.
22. MOISTUREPROOF PER NDI0022^2 AS REQUIRED BY FIND NO. (5?) USING INSULATION TAPE
IN ACCORDANCE WITH SCD I0088GG AND POLYURETHANE COATnG PER SCD IOOB8<b7
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NOTES
1. INTERPRET ORAWING IN ACCORDANCE WITH STAN0AR05 PRESCRIBED BY MlL-D-70527.
2. ASSEMBLE FIND NO. 40 AND45 PER NO 1002136.
5. ALL CONNECTIONS TO BE MADE BY WELDING PER NO 1002003.
4- BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING.
& WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
t ENCAPSULATE MOOULE PER NO 100200*(BLACK POLYURETHANE FOAM)
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAP3ULANT DIMENSIONS MAY
EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM ~
OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE
THE MAXIMUM DIMENSION BETWEEN ANY* HEATSINK SURFACE AND fTS RESPECTIVE
ENCAPSULANT SURFACE SHALL NOT EXCEED .0)5.REMOVE ALL FLASHING.
7. MARK PIN NUMBERS .0G0/100 HIGH (WHITEjANO ALL OTHER CHARACTERS .I00/.140
HIGH (WHITE) PER NO 1002019 AND SERIALIZE PER ND1002023. CENTRALIZE AS SHOWN.
B INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUNO.
9- STAKE FIND NO. 4 THRU 39 PER N0I0O20O9, METHOD J.
to. AR denotes as requireo
11. TYPICAL SLCEVIN6 FOR Rl THRU RI3, Rl5 THRU R2T. R29 THRU R3B, R40 THRU R44
R4G,R48 THRU RSO, R52 ThRu R56,CRiO,CR35 AND CR48,
12. VALUE TO BE DETERMINED BY ELECTRICAL TEST PER ATP I0075SI
part to b e se le c t e o Rg* c
14 UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069.
lb PROCURE PER PS 1007551.
17. ON FIND NO. 2 AND FIND NO. 3 : *
BROKEN PATHS INDICATE INSULATION SLEEVING
K INDICATES CATHODE SIDE OF DIOOE
FT ( ) INDICATES FEED THRU
PLUS (+) INDICATES POSITIVE END OF CAPACITOR
C INDICATES COLLECTOR LEAD OF TRANSISTOR
B INDICATES BASE LEAD OF TRANSISTOR
E INOICATES EMITTER LEAD OF TRANSISTOR
R!) POND k I ? H ill) WIPE PERIME T ER OF THE TOP AND BOTTOM INSULATORS
Tlir iiriTH.-.L. i.m 1>.«T k. He ..... ....ng ncrmicrfP Ml T > tC miTffinP
'W r*tC tX XNv tWt ^ . cv WIN. ff IUT ITHIIW lew ... * Tit Wl MiWfc
-6 U C FACE O F 1U6 4MSULAJ0ES PER *40UX>Zlft7 TlP€-W
IQQII
|QQ|
1^1
11-U M—BM Ti l
■Mi l ■BM BH3I
I»^*kwIT fffti l*Uj PMVnl
IBEH3I
SECTION A-A
SECTION B-B
SECTION t-C
TYP FTI THRU FTI6
1007551
s
1. INTERPRET DRAWING IN ACCORDANCE WITH STANOAR05 PRESCRIBED BY MIL-D-70327.
2. ASSEMBLE FIND NO. 40 ANO 45 PER NO 1002136.
9. ALL CONNECTIONS TO BE MAOE BY WELDING PER NO 1002009.
4. BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING.
% WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
I ENCAPSULATE MOOULl PER NO IOOCOOC(0LACK POLYURETHANE FOAUf#
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAP9ULANT DIMENSIONS MAY
EMCEED THE NOMINAL HEATSINK WIOTH ANO LENGTH DIMENSIONS BY A MAXIMUM
OF .005.WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE
THE MAXIMUM DIMENSION BETWEEN ANY’ HEATSINK SURFACE AND ITS RESPECTIVE
ENCAPSULANT SURFACE SHALL NOT EXCEED .019.REMOVE ALL FLASHING.
7. MARK PIN NUMBERS .0G0/100 HIGH (WHITE)AN0 ALL OTHER CHARACTERS .I00/.I40
HIGH (WHITE] PER NO 1002019 ANO SERIALIZE PER NO (002025. CENTRALIZE AS SHOWN.
B. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND.
9- STAKE FIND NO. 4 THRU 99 PER N0I0O2009, METHOD C
KX At OC NOTES AS REQUIRED.
It. TYPICAL SLEEVING FOR Rl THRU Rtl, Rl5 THRU RET, R29 THRU RSB, R40 THRU R44
R4S,R4B THRU R50, R52 THRU RS6,CRlO,CR95 ANO CR48,
VALUE TO Bf DETERMINED BY ELECTRICAL TEST PER ATP 1007551
PART TO BE SELECTED FROM CHART.
II. BONO FIND NO. SO, 91 ANO 92 TO 45 PER HD 1002297 _
14 UNLESS OTHERWISE 8PEC1FCD WIRING SHALL MEET THE REQUIREMENTS OF NO 10020GB.
IS.
IS. PROCURE PER PS I0075SI.
17. ON FIND NO. 2 ANO FINO NO. 9 :
BROKEN PATHS INDICATE INSULATION SLEEVING
K INDICATES CATHODE SIDE OF DIODE
FT ( ) INDICATES FEED THRU
PLUS (+) INDICATES POSITIVE ENO OF CAPACITOR
C INDICATES COLLECTOR LEAD OF TRANSISTOR
• INDICATES BA8E LEAD OF TRANSISTOR
C INDICATES EMITTER LEAO OF TRANSISTOR
1007551
riirr^
APOLLO G&N Specification
PS1007551
PS1007551 f J
Original Issue Date:
Release Authority: TDRR i (T 3
Class ft Release
PROCUREMENT SPECIFICATION
FOR
FAILURE INDICATOR MODULE ASSEMBLY
Record of Revisions
APOLLO GtN Specification
PS1007551
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. ASSEMBLE FIND NO. 61 AND 62 PER ND 1002136
3. ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005 EXCEPT WHERE NOTED
♦. BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRIN6
5. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
6. ON FIND NO'S 2 AND 3
BROKEN PATHS INDICATE INSULATION SLEEVING,
K INDICATES CATHODE SIDE OF DIODE,
FT ( ) INDICATES FEED THRU
PLUS (♦) INDICATES POSITIVE END OF CAPACITOR,
C INDICATES COLLECTOR LEAD OF TRANSISTOR,
B INDICATES BASE LEAD OF TRANSISTOR,
E INDICATES EMITTER LEAD OF TRANSISTOR
7. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
8 . STAKE FIND NO. 4 THRU 3* . 37 TllRU 48. 50,54 AND 67 PER NO 1002009 METHOD C ANO CENTRALIZE.
9. AR DENOTES AS REQUIRED
10. SOLDER PER ND 1002071 * ’*4 ,
11. ENCAPSULATE PER ND 1002036 STYCAST 1090 CATALYST II, CURE AT 160 # F FOR 3
HOURS AND POST CURE AT 180°F FOR 7 HOURS.
12. MOUNTING TORQUE TO BE 10/14 IN. LBS.
13. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM) UNLESS OTHER¬
WISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL
HEATSINK WIDTH AND LENGTH DIMENSIONS BY MAXIMUM OF .005.WHEN THE HEATSINK
OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETWEEN ANY
HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED
.015. REMOVE ALL FLASHING
14. MARK PIN NUMBERS .10Q/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS
SHOWN.
15. PROCURE PER PS 1007052.
16. BOND FIND NO. 68 AND 69 TO FIND NO. 62 PER ND 1002237
17. UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069
18. 60NO FIND NO. 35.38 AND 46 PER NDI088004 TYPE I.
19. ttNPA.UMMl. VIM ffflHETtl OfTMCWPANP WTO M iMJUUTOtt 19 TW J*™** ***
COAT A .25 MIN. WW WlMITtf ON THl OUTflK fiitfKl Of THg IN5UUT0M W
MP100MT TYPE 1.
1007552
1007552
\\r
_ Q7 -4
v 46 J
SEE NOTE 10
\\\\
SEE NOTE 10 & II
/
4
|4»30aD2((»d'
/ /
INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
’ ASSEMBLE FIND NO. 61 AND 62 PER ND 1002136
’ ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005 EXCEPT WHERE NOTED
1 BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING
! WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
. ON FIND NO'S 2 AND 3
BROKEN PATHS INDICATE INSULATION SLEEVING,
K INDICATES CATHODE SIDE OF DIODE,
FT ( ) INDICATES FEED THRU
PLUS (♦) INDICATES POSITIVE END OF CAPACITOR,
C INDICATES COLLECTOR LEAD OF TRANSISTOR,
B INDICATES BASE LEAD OF TRANSISTOR,
E INDICATES EMITTER LEAD OF TRANSISTOR
INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
l. STAKE FIND NO. 4 THRU 3-* . 37 TI<RU 48 50,54 AND 67 PER NDI002009 VIETHOO C anO CENTRALIZE
I. AR DENOTES AS REQUIRED
I. SOLDER PER ND 1002071 ■
ENCAPSULATE PER ND 1002036 STYCAST 1090 CATALYST II, CURE AT 160°F FOR 3
* HOURS AND POST CURE AT 180°F FOR 7 HOURS.
>. MOUNTING TORQUE TO BE 10/14 IN. LBS.
j ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM) UNLESS OTHER-
* WISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS WY EXCEED
HEATSINK WIDTH AND LENGTH DIMENSIONS BY MAXIMUM OF .005. WHEN THE HEATSINK
OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXI *JM DI MENS l()N BETWEEN ANY
HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED
.015. REMOVE ALL FLASHING
A. MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS
SHOWN.
5 . PROCURE PER PS 1007052.
6 . BOND FIND NO. 68 AND 69 TO FIND NO. 62 PER ND 1002237
7. UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069
t BONO FINO NO. 35,36 AND 49 PER ND1002004 TYPE I.
• * tQMD A « MIN. Witt fftittTtt Of TMt TOP AND tCTTOM MUt OM ft'***«?'**
COAT A. 2 A MIN. WiPf TiflMlTEE ON THE OUTflM $U*FA Cl Of TMfc IN9UUTCM f
H P 1002157 TYPE 1.
51 JSEE NOTE 12
SECTION A-A
SECTION B-B
SECTION C-C
SECTION D-D
1007552
-f JK&*Ml—.
1007552
ITES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY HIL-D-70327
2. ASSEMBLE FIND NO. 61 AND 62 PER ND 1002136
3. ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005 EXCEPT WHERE NOTED
4. BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRIN6
5. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
6 . ON FIND NO'S 2 AND 3
BROKEN PATHS INDICATE INSULATION SLEEVING,
K INDICATES CATHODE SIDE OF DIODE,
FT ( ) INDICATES FEED THRU
PLUS (♦) INDICATES POSITIVE END OF CAPACITOR,
C INDICATES COLLECTOR LEAD OF TRANSISTOR,
B INDICATES BASE LEAD OF TRANSISTOR,
E INDICATES EMITTER LEAD OF TRANSISTOR
7. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
8 . STAKE FIND NO. 4 THRU 3/ . 37 TtfcU 48, 50,54 AND 67 PER NDI002009 METHOO C AND CENTRALIZE.
9. AR DENOTES AS REQUIRED
10. SOLDER PER ND 1002071 * ,
11. ENCAPSULATE PER ND 1002036 STYCAST 1090 CATALYST II, CURE AT 160*F FOR 3
HOURS AND POST CURE AT 180°F FOR 7 HOURS.
12. MOUNTING TORQUE TO BE 10/14 IN. LBS.
13. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM) UNLESS OTHER¬
WISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL
HEATSINK WIDTH AND LENGTH DIMENSIONS BY MAXIMUM OF .005.WHEN THE HEATSINK
OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETWEEN ANY
HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED
.015. REMOVE ALL FLASHING
14. MARK PIN NUMBERS .10Q/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS
SHOWN.
15. PROCURE PER PS 1007052.
16. BOND FIND NO. 68 AND 69 TO FIND NO. 62 PER ND 1002237
17. UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069
16. MONO FIND NO. 35,36 AND 49 PER NDI002004 TYPE 1.
ff. toff A.« MMi. Witt fftiMETW Of TWt TOP 4HP WTTOM iMfUUT&f* 19 TMf HIATf INK AMP
COAT A.M MIN. WIP( TtiliMiTtf OH TKC OUTflOf 6UCFA U Of Tug INWUT0K5 Fffft
. M9 1002167 TYPE 1.
J-
SEE NOTE 10
SEE NOTE 10
SECTION OC
SECTION IV-D
v r*w
L
mnm ia»i CP DF^lVAFEft
*T PERtMCTER
‘"'I.ZS P»*IM 1007*
OF F£K> METER
HEATSINK FCAM CONTACT
SURFACE ADJACENT TO
HEATSINK EXTERNAL
SWfrF^L-
.2:5 MIN WIDTH OR TOTAL
AVAILABLE ON 90 % OF
PERIMETER TO WITHIN .03 TO
n*. nr rvTCDNAi C n/"-C
68 J
SEE NOTE 16
SOLDER CONNECTION FOR CRI2
AND CRI3
SEE NOTE II
.000
',015
— <MlO -*• «o «o ►
8 R1 *i!Q «
-APPLICABLE DASH NO
- 7 -
1
TP2
‘ PULSE TORQUING/^
TPI
0
POWER SiiPPL^3
(toy)
1007552 ZIZ"i
rev::^
(^)
SERIAL NO v Crj
-
-DWG REV LTR
MARKING VIEW
SCALE 2/1
07552
REV'
LT«
DJ
SM
1
J
• 1
4
1007577
1007572
NEXT ASSY
USED ON
APPLICABLE
DASH NO
| APPLICATION |
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
I QUANTITY REQUIRED
&
\tWH9 tY* TVZZ17909
REVISED PERTORR 17610
unz.
REVISED PEP TDRR 17683
[REVISED PER TDRR 19398
LIMES' OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
tolerances on
FRACTIONS DECIMALS ANGLES |
* XX
I HEAT TREATMENT
1
10(0830-25
Dl ODE, ZE.NER
72
1
01 0330-9
DIODE, ZEJ4ER
71
1
1010330-3
DIODE,ZENER
70
S?'
1009532
SCHEMATIC
REF
2
1008540-2
GASKET,CONNECTOR MINIATURE
69 —
2
1008540-7
GASKET,CONNECTOR MINIATURE
68
2
1010398 - 3
TRANSISTOR
67
AR
1006757 - 8
WIRE ELEC C20 OlA
66
AR
1006776 - 22
INSULATION SLEEVING ELEC
65
AR
I0C67S7 - 1
WIRE,ELEC .OIC X C20
64
AR
IC06776 - 21
INSULATION.SLEEVING
63
18
!006 tt 5
INSULATOR,WPAPOST- MALE.MINIATURE
62
16
1006782 - 5
CONTACT,WRAPOSTrMALE, MINIATURE
61
AR
1006776 - 20
INSULATION SLEEVING
€C
AR
1006757 - 9
WIRE ELEC .032 Dl A
59
1
’C08094 - |
'NSULATOR
58
1
1008094 - 2
INSULATOR
57 (
3
I01C292 - 2
terminal,feedthru
56 V
6
1008024 - 2
WASHER, INSULATOR
55
3
1008021 - 1
BUSHING, INSULATOR
54
6
1008024 - 1
washer. Insulator
S3
3
1008071 - 2
WASHER
52 .
3
MS2034I - IOB
NUT
51
3
1008025 - 2
INSULATOR, BUSHING
50
1
1010745
TRANSFORMER
49
1
I0IO3I5 - 2
TRANSFORMER
48
1
1C 10376 -4
TRANSISTOR
47
2
CI0499- 2
TRANSISTOR
46
1
1010398 - 1
TRANSISTOR
45
2
1010376 - 1
TRANSISTOR
44
4
1010384
DIODE
43
1
' i 010331* - 013
DIODE.ZENER
42 -
4
1010497
DIODE
41
—
—
—
=P=
=
piwt -
40
39
6
1010385
DIODE
38
“
—
DIODE. X«*C*—
37
1
1010460 - 1
CAPACITOR
36
1
1010460 - 2
CAPACITOR
35
1
1010264 - 29
CAPACITOR
34
2
1006755- 89
CAPACITOR
33
1
1006777 - Ig
CAPACITOR
32
1
. 1006755 - 79
CAPACITOR
31
2
'1010393 - 045
CAPACITOR
30
2
1006777- 30
CAPACITOR
29
2
1010316 - 36
CAPACITOR
28
2
1006777 - 16
CAPACITOR
27
1
1006755- 85
CAPACITOR
26
1
1010278 - 80
RESISTOR
~25
24
1
1010389 - 46
RESISTOR
23
22
21
1
1010278 - 94
RESISTOR
20
2
1006802 - 2
RESISTOR
19
2
1006750 - 31
RESISTOR
(8
2
1006750 - 18
RESISTOR
17
1
1016278 - 70
RESISTOR
16
1
I00675C -47
RESISTOR
15 -
•1
1006750 - 50
RESISTOR
14
1
1006''SO - 21
RESISTOR
13
1
1006750 63
RESISTOR
12
4
1006750 - 56
RESISTOR
II -
2
I0!03’7 - Ml
RESISTOR
10
2
1010377 - MO
RESISTOR
9 \
2
1006750 - 74
RESISTOR
1
1006750 - 62
RESISTOR
7 1
1
I00675C - 12
RESISTOR
6
1
I00€ 7 50 - 51
‘ RESISTOR
5 1
1
1006750 - 65
RESISTOR
4
1
'008093- 2
INSULATOR
3 •
1
008C93 - 1
INSULATOR
2
1
1007069
HEATSINK
1
on
EFFEC-
Tivrrv
PART CR
IDENTIFYING NO
NOMENCiATURF 0*
DESCRIPTION
FIND
Sw-irir-^
!'
J
M 1 T
'INSTRUMENTATION LAB
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
ORAWN CATE 5 OCT (A
CHECKED^^XtX
»—nun J- -
nuai
PULSE TORQUING
POWER SUPPLY
MODULE ASSY
. . . . ■; 1
COOC IDE NT NO
80230
SUE NASA DRAWING NO
J 1007552
1 j
!
-£X.
p
SCALE S / <
WT IJnEET | OF I
3*
11
x s
[CONFIGURATION
INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
ASSEMBLE FIND NO. 61 AND 62 PER ND 1002136
ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005 EXCEPT WHERE NOTED
BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING
WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
ON FIND NO'S 2 AND 3
BROKEN PATHS INDICATE INSULATION SLEEVING,
K INDICATES CATHODE SIDE OF DIODE,
FT ( ) INDICATES FEED THRU
PLUS (♦) INDICATES POSITIVE END OF CAPACITOR,
C INDICATES COLLECTOR LEAD OF TRANSISTOR,
B INDICATES BASE LEAD OF TRANSISTOR,
E INDICATES EMITTER LEAD OF TRANSISTOR
. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
, STAKE FIND NO. 4 THRU S'* . 37 TtfRU 48 50,54 ANO 67 PER NDI002009 METHOD C AND CENTRALIZE.
. AR DENOTES AS REQUIRED
, SOLDER PER ND 1002071 A '-4
. ENCAPSULATE PER ND 1002036 STYCAST 1090 CATALYST II, CURE AT 160°F FOR 3
HOURS AND POST CURE AT 180°F FOR 7 HOURS.
. MOUNT IN6 TORQUE TO BE 10/14 IN. LBS.
. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM) UNLESS OTHER¬
WISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL
HEATSINK WIDTH AND LENGTH DIMENSIONS BY MAXIMUM OF .005.WHEN THE HEATSINK
OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETWEEN ANY
HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED
.015. REMOVE ALL FLASHING
MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS
SHOWN. jjpp
. PROCURE PER PS 1007052. AL<
. BOND FIND NO. 68 ANO 69 TO FIND NO. 62 PER ND 1002237 PRII
. UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069 PAF
I. BOND FIND NO. 35,36 AND 49 PER NDI002004 TYPE I. ,NC
51 )SEE NOTE 12
51 JSEE NOTE 12
SECTION A-A
20. CLEAN MODULE WHERE POSSIBLE PRIOR TO BONDING OF WAFER BOARDS AND
APPLICATION OF PRIMER BY DEGREASING WITH FREON AND ISO-PROPYL
ALCOHOL. ADHESIVE AND COATING MATERIAL PER NDI002I87 TYPE L
PRIMER TO CONSIST OF SIV PARTS BY VOLUME OF I0I25C4-I AND ONE
PART BY VOLUME OF 1012504-2. APPLY MATERIAL AND PRIMER AS
INDICATED IN TABLE l
SECTION B-B
SECTION OC
SECTION D-D
J<
lyhk.
rt* of JUtXo
100755 2
WAFER AND FLAT
heatsink
WAFER AND
ADJACENT VERTICAL
HEATSINK SURFACE
HEATSINK FOAM
CONTACT SURFACE
PERIMETER.
100^ OF AREA ft FPOM
EXTERNAL HEATSINK
SURFACE. 807. OF AREA
.V6 FROM E>TERNA\-
WEATSINK SURFACE-
CORNER FILLET AND
VERTICAL SURFACE
TO WITHIN .03 - .03
OF EXTERNAL SURFACE
lOO«7o OF AREA .2S FROM
EXTERNAL MODULE
SURFACE.
2:5 MIN WIDTH OR TOTAL
AVAILABLE ON 90 % OF
PERIMETER TO WITHIN .03-.03
OF EXTERNAL EDGE.
21
m
SECTION D-D
L
■'///A
WZZZZ/Z'
'V/V* //
■'//////
/////■-A)'
- SOLDER CONNECTION FOR CRI2
AND CRI3
SEE NOTE II
.000
'015
hfl M -MWVtl
vjih s
— oho
V
oo a si
8 a *«#
N—SEE NOTE 14
APPLICABLE DASH
NO.
: 1/
i
TP2
PULSE TORQUINS^^
POWER SOPPtX^
1007552 ZZZT
revl;^
serial
TPS
TPI
©
/MV
^7
DWG REV LTR
SECTION H-H
TYP FOR CRI0,II,I2 ft 13
MARKING VIEW
SCALE 2/1
&
e>
NCVMONO //'>
/>
aw
■MCAtFTION
MTI
A
tfi*tv ft*. Tpcr n vf
e
REVISED PERTDRR I7G10
ZA
MAR
&s
HToZ^
^Z.R.C.
IT
REVISED PERTDRR r683
as-
-HZ >—
D
REVISED PER TDRR 19 390
» JUN
6iT
E
REVISED PCR TDRR 194-4S
F
REVISED PliRTDRft 195’?
■b-iuN
iS
IS:
1007552 |!SISH
1007577
1007572
NEXT ASSY |
USED ON
APPLICABLE
DASH NO.
| APPLICATION 1
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
um.cs: otherwise specified
d:mcnsk>ns aAC. m inches
TOLERANCES ON
fractions decimals ancles I
XX *02
00 NOT^CALE THRM^MNC
-1"
— r
"""T
1
r
010630-25
DIODE, ZENER
72
1
010630- 9
DIODE, ZENER
71
1
010630-9
DIODE, ZENER.
70
2"
009532
SCHEMATIC
3EF
2
008540-2
GASKET,CONNECTOR MINIATURE
68 —
2
008540-7
GASKET,CONNECTOR MINIATURE
68
2
I0I039B - 3
TRANSISTOR
67
AR
1006757 - 8
WIRE ELEC 020 01A
66
AR
1006776 - 22
INSULATION SLEEVING ELEC
65
AR
1006 7S7 - 1
WlRE,tLEC .010 X ,020
b4
AR
IC06776 - 21
INSULATION,SLEEVING ,
63
18
.COG’TS
INSL'LATOR.WRAPOST- MALE.MINIATURE
62
18
1006782 - 5
CONTACT,WRAPOSTrMALE, MINIATURE
61
AR
1006776 - 20
INSULATION SLEEVIN6
60
AR
1006757 - 9
WIRE ELEC .032 D1A
59
_
_
_
1
_
1008094 - %
INSULATOR
58
-W«P- -
—
—
—
~T~
=
1010292 - 2
TERMINAL, FEEDTHRU
— c
56 ^
6
1008024 - 2
WASHER, INSULATOR
55
3
1008021 - 1
BUSHING, INSULATOR
54
"
1”
1008024 - 1
WASHER, INSULATOR
S3
3
1008071 - 2
WASHER
Sil
.
3
MS2034I - IOB
NUT
HI
3
1008025 - 2
INSULATOR, BUSHIN6
□1
1
1010745
TRANSFORMER
49
1
l0»O3»5 - 2
TRANSFORMER
48
1
1010376 -4
TRANSISTOR
47
2
•CI0499- 2
TRANSISTOR
HI
1
1010398 - 1
TRANSISTOR
Hi
2
1010376 - 1
TRANSISTOR
Hi
—
—
j~4~
1010384
DIODE
Hi
—
1
1010331* - 013
DIODE, ZENER
Hi
—
4
1010497
DIODE
Hi
—
—
—
=p
IPir^Bft '■* 29-
PtCPE, ZENER—
cal
DIODC
39
~T~]
1010385
DIODE
38
~
__
DIODE, INNER—
CAPACITOR
37
36
i
1010460 - 1
T“
1010460 - 2
capacitor
35
— ~
T -
1010264 - 29
CAPACITOR
34
2
1006755 - 89
CAPACITOR
33
1
1006777 - 18
CAPACITOR
32
1
. 1006755 - 79
CAPACITOR
31
~
'1010393 - 045
CAPACITOR
30
“'
2
1006777- 30
CAPACITOR
29
2
1010316 - 36
CAPACITOR
28
2
1006777 - 16
CAPACITOR
27
—
1
1006755- 85
CAPACITOR
26
”T"
1010278 - 80
RESISTOR
25
_
24
i
1010389 - 46
RESISTOR
23
“““
22
21
T"
1010278 - 94
RES'FTOR
20
—
"
~2~
1006802 - 2
RESlS T OR
19
.
2
1006750 - 31
RESISTOR
18
.
2
1006750 - 18
RESISTOR
17
1
1019278 - 70
RESISTOR
16
1
1006750 - 47
RESISTOR
15 -
1
1006750 - 50
RESISTOR
14
1
1006750 - 21
RESISTOR
13
1
1006750 63
RESISTOR
12
4
1006750 - 56
RESISTOR
II -
2
1010377 - III
RESISTOR
10
2
1010377 - HO
RESISTOR
9
2
1006750 - 74
RESISTOR
--J-4
1
1006750 - 62 ,
RESISTOR
7
1
1006750 - 12
RESISTOR
6
1
1006750 - 51
RESISTOR
5 '
1
1006750 - 65
RESISTOR
4
’=*=
: —r
2
nr
1008093 - 1
INSULATOR
' ~T
1007069
HEATSINK
1
1
011
EFFEC-
PART CR
IDENTIFYING NO
NOMENCLATURE OR
KSCRIPT ION
FIND
NO
' 1_
1 QUANTITY REQUIRED
1 T . IVtTY
1 _ -Jr _,-—__
inntnumcntation la a
HOUSTON. TEXAS
PULSE TORQUING
POWER SUPPLY
MODULE ASSY
COOE CENT NO | SUE
80230
J I 1007552
|>HEET i or I
I"'
: -54
m
r
. i * 1 *
,n
r QT
B
INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
ASSEMBLE FIND NO. 61 AND 62 PER ND 1002136
ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005 EXCEPT WHERE NOTED
BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING
WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
ON FIND NO'S 2 AND 3
BROKEN PATHS INDICATE INSULATION SLEEVING,
K INDICATES CATHODE SIDE OF DIODE,
FT ( ) INDICATES FEED THRU
PLUS (♦) INDICATES POSITIVE END OF CAPACITOR,
C INDICATES COLLECTOR LEAD OF TRANSISTOR,
B INDICATES BASE LEAD OF TRANSISTOR,
E INDICATES EMITTER LEAD OF TRANSISTOR
. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
. STAKE FIND NO. 4 THRU 3* . 37 TllRU 48, 50,54 AMO 87 PER NDI00Z009 METHOD H AND CENTRALIZE
. AR DENOTES AS REQUIRED
. SOLDER PER ND 1002071 * ’*4
. ENCAPSULATE PER ND 1002036 STYCAST 1090 CATALYST II, CURE AT 160 # F FOR 3
HOURS AND POST CURE AT 180°F FOR 7 HOURS.
. MOUNTING TORQUE TO BE 10/14 IN. LBS.
. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM) UNLESS OTHER¬
WISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL
HEATSINK WIDTH AND LENGTH DIMENSIONS BY MAXIMUM OF .005.WHEN THE HEATSINK
OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETWEEN ANY
HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED
.015. REMOVE ALL FLASHIN6
. MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS ^ Q ,
SHOWN. /APB^I
. PROCURE PER PS 1007052. Afcf
. BOND FIND NO. 68 AND 69 TO FIND NO. 62 PER NO 1002237
. UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069
. BONO FIND NO. 35,36 AND 49 PER NDI002004 TYPE 1. 21- Cl{
51 JSEE NOTE 12
SECTION A-A
2t. Clean module where possible by degreasing with freon AND IS
PROPYL ALCOHOL PRIOR TO ENCAPSULATION.
1007552
SECTION D-D
L
CRI3
SEE NOTE K>
Kan-tmjm.—
II ■ ■ I 1 JL- li 1_
ft
— mm\£
m
jl
1
vj
>1 1
II .
|
— <MlO ^ ID ID N
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CD 01 JO 2
20
22
24
25
26
-APPLICABLE DASH NO.
7 “
/
TP2
f /
PULSE TORQUING
TPI
POWER SUPPIJ*^
1007552 ZZ'-T
TP3
REV::^
SERIAL NOvTZj
m
MARKING VIEW
SCALE 2/1
-DWG REV LTD
--—.
1007577
1007 572
NEXT ASSY
USED ON
APPLICABLE
DASH NO.
| APPLICATION |
QUANTITY REQUIRED
&
REVISIONS |
OMCHIFTIOM
DAT*
*p+*o*ua- |
A
tww fk* Tpzz 17309
**«.«
B
REVISED PERTDRR »7<6lO
2 A
MAR
<m 5
C
REVISED PER TDRR re£3
RFV'SED PER TDRR
1 ''■'J*
E
Revised per tdRR i j 44 S
4
c
REVISED PPRTD** ?5 r '
i G | REVISED PER TDS*. ZC.-S *
1010030-25
1006776 - 22
1006 7S7 - I
ICC6776 - 21
1006776 - 20
1008094- ,
MS2034I - IOB
1008025 - 2
10107 45
1010315
1C 10398 - I
1010376 - I
■010331 - 0»3
1010264 - 29
1010393 - 045
1006777- 30
DIODE, ZELNER
DIODE, ZENER
DIODE,ZENER
GASKET,CONNECTOR MINIATURE
GASKET,CONNECTOR MINIATURE
TRANSISTOR
WIRE ELEC C20 DIA
INSULATION SLEEVING ELEC
WIRE,ELEC .OIC X 020
INSULATION.SlEEVINC-
INSULATOR,WRAPOST- MALE.MINIATURE]
CONTACT,WRAPOSTrMALE, MINIATURE
INSULATION SLEEVING
WIRE ELEC .032 DIA
TERMINAL,FEEDTHRU
WASHER.INSULATOR
BUSHING, INSULATOR
WASHER, INSULATOR
INSULATOR, BUSHING
TRANSFORMER
TRANSFORMER
transistor
transistor
transistor
transistor
DIODE
DIODE, ZENER
C, ZENER
CAPACITOR
1010316 - 36
1006777 - 16
1006755- 85
UMESV OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
TOLERANCES ON
FRACTIONS DECIMALS ANGLES |
DO NOT S
MATERIAL
1010278 - 80
1010389 - 46
010278 - 94
1006802 - 2
1006750 - 31
1016278 - 70
1006750 - 50
1006750 63
1006750 - 56
1006750 - 74
1006750 - 62
1006750 - 65
CAPACITOR
Zapac I TOR
CAPACITOR
RESISTOR
RESISTOR
it*
•n
—■‘h*
ZJO
5 ;
list of materials
•NSTNUMCNTATION LAB
■J : 'I 1 :,,,
■ -W
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
PULSE TORQUING
POWER SUPPLY
MODULE ASSY
COOT IDE NT NO
80230
NASA DRAWING NO
1007552
l*«ET I <
- -IIW1U
t. 'N« rnwrrvRr/r-« 1
ffrS JIT ARBI
1007552
10
38
SEE NOTE tO
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. ASSEMBLE FIND NO. 61 AND 62 PER ND 1002136
3. ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005 EXCEPT WHERE NOTED
4. BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING
5. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
6. ON FIND NO'S 2 AND 3
BROKEN PATHS INDICATE INSULATION SLEEVING,
K INDICATES CATHODE SIDE OF DIODE,
FT ( ) INDICATES FEED THRU
PLUS (♦) INDICATES POSITIVE END OF CAPACITOR,
C INDICATES COLLECTOR LEAD OF TRANSISTOR,
B INDICATES BASE LEAD OF TRANSISTOR,
E INDICATES EMITTER LEAD OF TRANSISTOR
7. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
8. STAKE FIND NO. 4 THRU 3' . 37 TllRU 48 50,54 AND 67 PER NDI002009 METHOD H AND CENTRALIZE.
9. AR DENOTES AS REQUIRED
10. SOLDER PER ND 1002071 4 - •
11. ENCAPSULATE PER ND 1002036 STYCAST 1090 CATALYST II, CURE AT 160°F FOR 3
HOURS AND POST CURE AT 180°F FOR 7 HOURS.
12. MOUNTING TORQUE TO BE 10/14 IN. LBS.
13. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM) UNLESS OTHER¬
WISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL
HEATSINK WIDTH AND LENGTH DIMENSIONS BY MAXIMUM OF .005. WHEN THE HEATSINK
OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETWEEN ANY
HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED
.015. REMOVE ALL FLASHING
14. MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS
SHOWN.
PROCURE PER PS 1007052.
BO N D F IN D N O. 68 A N D 69 TO F 4NB N O. S B P E R N D > 00 8 8 8 7 -
SECTION A-A
15.
17.
18 .
If.
UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069
BONO FIND NO. 35,36 AND 48 PER NDI002004 TYPE I.
2L CuEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND IS
PROPYL ALCOHOL PRIOR TO ENCAPSULATION.
1007552
9
3
■w
'$ ry ~T.'
m ,
CRM
SEE NOTE (0
-CRI2 ' i-CRIO
V SEE NOTE 101 SEE NOTE 10
A Y! wtxsz
t-CRU '-CRIS
[ 58 > / <-R20
-CRIS
SEE NOTE 10
SOLDER CONNECTION FOR CRI2
AND CRIS
®<* si Baas#
-APPLICABLE DASH NO.
PULSE TORQUING^
POWER suppu/^
ioc7552:::^t
revl:^
SERIAL NOvi”J
SECTION H-rt
TYP FOR CRIO ,11,12 ft 13
MARKING VIEW
> A tvtz nw
£> REVISED PERTDRR I7GIO
~c~ REVISED PECTDRg r683 C?
D REVISED PER TDRR
e RtVISCO PgR TDRR I44.4S '
REVISED PER TDK* i«5!£ s rV
(^ ~G~ revisEP pggTpgR. ac.As y?
H REVISED PER TDRS 2 2' 7 3 £'
1010630-25
' 1010630- 9
1010630-5
1009532 _
1008540 -2_
1008540-7
1010398 - 3
1006757 - 8
’ 1006 7 76 - 22 _
I0067S7 - I
ICC6776 - 21
l006 y 7S _
1006782 - 5
1006776 - 2Q
1006757 - 9
100809 4 ~ ,
" ToiC292 ~ 2
1008024 - 2
1008021 - I
1008024 - I
1008071 - 2
MS2034I - IOB
1008025 - 2
~ 10107 45 _
1010315 - 2
1010376 -4
010499 ~ 2
101039 8 - I
101 0376 - I
~ 1010384 _
~ I0I033T - 013
1010497
1010460 ~ I
1010460 - 2
1010264 - 29
1006755 - 89
1006777 - |g
1006755 - 79
1010593 - 045
1006777- 30
1010316 - 36
1006777 - 16
1006755- 85
1010278 - 80
1010278 - 94
1006802 - 2
1006750 - 31
1006750 - 18
I0IQ278 - 70
1006750 ~ 47
1006750 - 50
1006750 - 21
1006750 63
1006750 - 56
1010377 - III
1010377 - HO
1006750 - 74
1006750 - 62
IQ0675C - 12
1006750 ~ 51
IC06750 - 65
1008093 - I
1007069
TERMiNAL LUG , SO-DrR z .tT
PI OPE , ZE-NE.R _ 72
DIODE, ZENER _ 71
DIODE, ZENER _ 70
SCHEMATIC _ REF
~ GASKET,CONNECTOR MINIATURE _ 69
" GASKET,CONNECTOR MINIATURE _ 68
TRANSISTOR
WIRE ELEC 020 OIA _66_
" INSULAT ION SLEE VIN6 EL EC_ 65
WIRE,ELEC .QIC X 02 0_ 64
~ INSULATION. SLEEVING _ 63
INSULATOR,WRAPOST- MALE.MINIATURE 62
CONTACT,WRAPOSTrMALE, MINIATURE 6l
INSULATION SLEEVIN6 ~6C~
WIRE ELEC .052 01A _ 59
IN SULATO R_ 58
TERMINAL, FEEPTHRU 56
WASHER, INSULATOR _ 55
BUSHIN6,INSULATOR _ 54
WASHER, INSULATOR S3
INSULATOR, BUSHING
TRANSIS TOR
TRANSISTOR __
TRANS I STOR
"Transistor
I DIODE _
DIODE. ZENER
C APACITOR
Pcapacitor
CAPACITOR
| CAPACITOR"
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
capacitor
CAPACITOR
INSULATOR
HEATSINK
I QUANTITY REQUIRED I
UNLESS OTHERWISE SPECIFIED
" DIMENSIONS A* IN INCHES
' TOLERANCES ON
- FRACTIONS DECIMALS ANOLI
±XX ±02 ±
- DO N0T X 9GALE TMS^WINS
MANNED SPACECRAFT CENTER
_ HOUSTON. TEXAS __
PULSE TORQUING
POWER SUPPLY
MODULE ASSY _
COOC IOC NT NO i SUE I NASA DRAWING NO
80230 j 1007552
3
PULSE TOOQUING
POWER SUPPU^
ioc7552:::r
I
Wm
INTERPRET DRAW IN6 IN ACCORDANCE NITH STANDARDS PRESCRIBED BY MIL-D-70327
ASSEMBLE FIND NO. 61 AND 62 PER ND 1002136
ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005 EXCEPT WHERE NOTED
BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING
WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
ON FIND NO'S 2 AND 3
BROKEN PATHS INDICATE INSULATION SLEEVING,
K INDICATES CATHODE SIDE OF DIODE,
FT ( ) INDICATES FEED THRU
PLUS (♦) INDICATES POSITIVE END OF CAPACITOR,
C INDICATES COLLECTOR LEAD OF TRANSISTOR,
B INDICATES BASE LEAD OF TRANSISTOR,
E INDICATES EMITTER LEAD OF TRANSISTOR
, INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
, STAKE FIND NO. 4 THRU 3*. 37 TtfRU 48 50,54 AND 67 PER NDI002009 METHOD H AND CENTRALIZE
. AR DENOTES AS REQUIRED
. SOLDER PER ND 1002071 *
. ENCAPSULATE PER ND 1002036 STYCAST 1090 CATALYST II, CURE AT 160°F FOR 3
HOURS AND POST CURE AT 180°F FOR 7 HOURS.
. MOUNTING TORQUE TO BE 10/14 IN. LBS.
. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM) UNLESS OTHER¬
WISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL
HEATSINK WIDTH AND LENGTH DIMENSIONS BY MAXIMUM OF .005.WHEN THE HEATSINK
OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETWEEN ANY
HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED
.015. REMOVE ALL FLASHING
MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
‘HIGH (WHITE) PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS CL/£mKn
SHOWN. /ArR^IC/l
. PROCURE PER PS 1007052. A^CQtfQ,
. UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069
BOND FIND NO. 35,36 AND 48 PER NDI002004 TYPE I.
51 )SEE NOTE 12
51 JSEE NOTE 12
SECTION A-A
SECTION B-B
SECTION C-C
SECTION D-D
^RE/PO^I&'I
Vt A»fcwr\l
TYP Q8 & 07
22. EXCEPT FOR HELICOIL MOUNTING SURFACE, PAINT ALL SURFACES PER
ND 1002110 TYPE IX, AFTER ENCAPSULATION,USING BLACK PAINT PER
1010729*4. CURE AT I40°F FOR EIGHT HOURS. CONNECTOR PIN BLADES
AND INSULATORS TO BE FREE FROM PAINT.
21. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO*
PROPYL ALCOHOL PRIOR TO ENCAPSULATION.
SEE HOTS 14
MARKING VIEW
1 INTERPRET DRA.ING » ACCORDANCE B.TH STANDARDS PRESCRIBED BY mL-D-70327
»«" — " ot “
buck DOT AND CROSS HATCHED RIRIH6 INDICATES UPPER LEVEL BIRINS
: Z rn CLEAR BIRINS INDICATES LONER LEVEL BIRINS.
ON FIND NO'S 2 AND 3
BROKEN PATHS INDICATE INSULATION SLEEVING,
K INDICATES CATHODE SIDE OF DIODE,
FT ( ) INDICATES FEED THRU
PLUS (♦) INDICATES POSITIVE END OF CAPACITOR,
C INDICATES COLLECTOR LEAD OF TRANSISTOR,
B INDICATES BASE LEAD OF TRANSISTOR,
E INDICATES EMITTER LEAD OF TRANSISTOR
—--—
>. AR DENOTES AS REQUIRED
<■ SKSrars sr - 1 ” *
SSr^SSrSSS
Sa^sSSraafflMSKSsff
- sSzsSx ssrAwrawriT
SHOWN. At
15. PROCURE PER PS 1007052. _ *1
TT)sEE NOTE 12 f
SECTION A-A
SECTION B-B
SECTION C-C
1 SPECIFIED B.R-NB SHALL MEET THE REQUIREMENTS Of ND 10B20BB
; BOND FIND NO. BS.S* AND 4B PER N0.O0BOO4 TYPEI ..
PIN BLADES AMD INSULATORS TO 86 FREE OF PAINT.
jn teonay p > pm -/ -
21 CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-
PROPYL ALCOHOL PRIOR TO ENCAPSULATION.
1007552
9
H!
-SOLDER CONNECTION FOR CRI2
AND CRI3
.000
‘,015
SECTION HH4
TYP FOR CRIO ,11,12 a 13
MARKING VIEW
SCALE 2/1
&
\twtHV fk* TP*S 17309
REVISED PERTDRR 17610
REVISED PER 7DRR r«S3
[REVISED PER TDRR 19 398
[REVISED PER TDRR 194AS
REVISED PERTD** 1951 S’
REVISED PERTD«R-2C143 ’.s' J*
m
I REVISED PER TDRR 21277
3
J REVISED PER TDRR. 2Z94
K jREVISED PER *3RR 236SS
.
AR
I0JO848-Z
E-EC-R-CAu- \ CKE-
'*L
1
2008013 -4
r ERMiNA> LUG,SOLDER r -AT i
73
1
10(0030-25
DIODE, ZELNER
7Z
1
010030- 9
DIODE, ZENER
71
1
1010030-5
DIODE,ZENER
70
s
009532
SCHEMATIC
REF
2
1008540 -2
GASKET,CONNECTOR MINIATURE
68
2
1008540-T
GASKET,CONNECTOR MINIATURE
68
2
1010398 - 3
TRANSISTOR
67
=====
WIRE ILK 02=
66
--
INSOLATION SLEEVING CtBC=-
65
AR
I0C67S7 - I
WIRE,ELEC OIC X C20
64
AR
1006776 - 21
INSULATION.SLEEVING
63
18
I006 T 7S
INSULATOR,WRAPOST- MALE.MINIATURE
62
18
1006782 - 5
CCNTACT,WRAPOST r MALE, MINIATURE
61
AR
1006776 - 20
INSULATION SLEEVIN6
6C
AR
1006757 - 9
WIRE ELEC-032 DlA
59
1
1008094 - ,
INSULATOR
58
~t=
=5=
3
1010292 - 2
TERMINAL, FEEDTHRU
56
6
1008024 - 2
WASHER. INSULATOR
55
3
1008021 - 1
BU5HIN6, INSULATOR
54
6
1008024 - 1
WASHER, INSULATOR
S3
3
1008071 - 2
WASHER
52
3
MS2034I - IOB
NUT
51
h 3~
1008025 - 2
INSULATOR, BUSHING
50
1
1010745
TRANSFORMER
49
1
1010310 - 2
TRANSFORMER
48
1
I0IG376 -4
TRANSISTOR
47
2
C (0499- 2
TRANSISTOR
46
1
IC10398 - 1
TRANSISTOR
lJ*
2
1010376 - 1
TRANSISTOR
44
4
1010384
DIODE
43
1
I0I033I 1 - 013
DIODE,ZENER
42
4
1010497
DIODE
41
=====
PIOOC,X«ttS*=-
40
—J
=4=
==
DlODf ~
39
6
1010385
DIODE
38
-
=SIOSC^X«*tR—
37
—
—
—
i
1010460 - 1
CAPACITOR
36
1
i
1010460 - 2
CAPACITOR
35
T~
I0I0ZG4 - 29
CAPACITOR
34
2
1006755 - 89
CAPACITOR
33
1
1006777 - Ig
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2 .
3.
4.
5.
6 .
9.
10 .
11 .
12 .
13.
15.
+6r
17.
18.
If.
INTERPRET DRAW ING IN ACCORDANCE »ITH STANDARDS PRESCRIBED BY MIL-D-70327
ASSEMBLE FIND NO. 61 AND 62 PER ND 1002136
ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005 EXCEPT WHERE NOTED
BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING
WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
ON FIND NO’S 2 AND 3
BROKEN PATHS INDICATE INSULATION SLEEVING,
K INDICATES CATHODE SIDE OF DIODE,
FT ( ) INDICATES FEED THRU
PLUS (♦) INDICATES POSITIVE END OF CAPACITOR,
C INDICATES COLLECTOR LEAD OF TRANSISTOR,
B INDICATES BASE LEAD OF TRANSISTOR,
E INDICATES EMITTER LEAD OF TRANSISTOR
INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
STAKE FIND NO. 4 THRU 3' . 37 THRU 48 50,54 AND 67 PER NDI002009 METHOD J AND CENTRALIZE
AR DENOTES AS REQUIRED
SOLDER PER ND 1002071 «■***,
ENCAPSULATE PER ND 1002036 STYCAST 1090 CATALYST II, CURE AT 160°F FOR 3
HOURS AND POST CURE AT 180°F FOR 7 HOURS.
MOUNTING TORQUE TO BE 10/14 IN. LBS.
ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM) UNLESS OTHER¬
WISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL
HEATSINK WIDTH AND LENGTH DIMENSIONS BY MAXIMUM OF .005.WHEN THE HEATSINK
OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETWEEN ANY
HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED
.015. REMOVE ALL FLASHING
MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER ND 1002019 AND SERIALIZE PER ND 1002023. *“
SHOWN.
PROCURE PER PS 1007052.
BO N D F IND N O. 66 AN B 09 TO F I ND N O. 62 P E R H O > 00 8 837 -
SECTION A-A
CENTRALIZE AS
UNLESS OTHERWISE SPECIFIED WIRIN6 SHALL MEET THE REQUIREMENTS OF ND 1002069
BOND FI NO NO. 35,36 AND 49 PER NDI002004 TYPE 1.
tprt i *4. Of THt 1DF 4NP KTTO* wyrtytvryt
6m A 2 * mot. mi fomm m ymMvity V** w^P**/*f*
Xt ,t.r/ /
21. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO*
PROPYL ALCOHOL PRIOR TO ENCAPSULATION.
1007552
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8
7
SEE NOTE 10
SECTION B-B SECTION C-C
TYP Q8 4 07
22. EXCEPT FOR MODULE MOUNTING SURFACE, PAINT ALL SURFACES PER
ND 1002279, USING 1010992 PRIMER AND 1008809-4 PAINT. CONNECTOR
PIN BLADES AND INSULATORS TO BE FREE OF PAINT.
23. MOlSTUREPROOF PER ND 1002292 AS REQUIRED BY FIND NO. (75) USING
INSULATION TAPE IN ACCORDANCE WITH SCD lOOB&GG AND POLYURETHANE
COATING PER SCD I008BG7 AFTER PAINTING AND STENCILLING.
8
7
I
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1007552
i
10
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NOTES:
1.
2 .
3.
4.
5.
6 .
-70327
15.
46r
17.
18.
It.
INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-1
ASSEMBLE FIND NO. 61 AND 62 PER ND 1002136
ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005 EXCEPT WHERE NOTED
BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING
WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
ON FIND NO'S 2 AND 3
BROKEN PATHS INDICATE INSULATION SLEEVING,
K INDICATES CATHODE SIDE OF DIODE,
FT ( ) INDICATES FEED THRU
PLUS (♦) INDICATES POSITIVE END OF CAPACITOR,
C INDICATES COLLECTOR LEAD OF TRANSISTOR,
B INDICATES BASE LEAD OF TRANSISTOR,
E INDICATES EMITTER LEAD OF TRANSISTOR
INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
STAKE FIND NO. 4 THRU 3' . 37 TttRU 48 50,54 AND 67 PER ND1002009 METHOD J AND CENTRALIZE.
AR DENOTES AS REQUIRED
SOLDER PER ND 1002071 a -4 ,
ENCAPSULATE PER ND 1002036 STYCAST 1090 CATALYST II, CURE AT 160°F FOR 3
HOURS AND POST CURE AT 180°F FOR 7 HOURS.
MOUNTING TORQUE TO BE 10/14 IN. LBS.
ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM) UNLESS OTHER¬
WISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL
HEATSINK WIDTH AND LENGTH DIMENSIONS BY MAXIMUM OF .005.WHEN THE HEATSINK
OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETWEEN ANY
HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED
.015. REMOVE ALL FLASHING
MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS
SHOWN.
PROCURE PER PS 1007052.
BOND F IN D N O. 66 A N D €9 TO F IN D N O. 6 2 P E R N D 1 008237 -
51 1 SEE NOTE 12
SECTION A-A
SECTION B-B
SECTION C-C
UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069
BOND FIND NO. 35.36 AND 49 PER NDI002004 TYPE I.
i m vice rttiMmu of rue top aap kttcm wuroz<pryt ytL&syfc/Mf
COAT A . V> MIN. tflpf yMjU/WAfC 1^/^**/*$*
>0 1002*57 TV* *' x x
23.
SI. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND IS
PROPYL ALCOHOL PRIOR TO ENCAPSULATION.
TYP QB & Q7
EXCEPT FOR MODULE MOUNTING SURFACE, PAINT ALL SURFACES PER
ND 1002279, USING 1010992 PRIMER AND 1008809-4 PAINT. CONNECTOR
PIN Bl ADES AND INSULATORS TO BE FREE OF PAINT.
MOISTURE PROOF PER ND 1002292 AS REQUIRED BY FIND NO. (75) USING
INSULATION TAPE IN ACCORDANCE WITH SCD I008ftfcfc AND POLYURETHANE
COATING PER SCDI008BG7 AFTER PAINTING AND STENCILLING. *
T"
1007552
4*
L 1
T
1 _
TES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. ASSEMBLE FIND NO. 61 AND 62 PER NO 1002136
3. ALL CONNECTIONS TO BE MADE BY WELDIN6 PER ND 1002005 EXCEPT WHERE NOTED
4. BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING
5. WHITE DOT AND CLEAR WIRIN6 INDICATES LOWER LEVEL WIRIN6.
6. ON FIND NO'S 2 AND 3
BROKEN PATHS INDICATE INSULATION SLEEVIN6,
K INDICATES CATHODE SIDE OF DIODE,
FT ( ) INDICATES FEED THRU
PLUS (♦) INDICATES POSITIVE END OF CAPACITOR,
C INDICATES COLLECTOR LEAD OF TRANSISTOR,
B INDICATES BASE LEAD OF TRANSISTOR,
E INDICATES EMITTER LEAD OF TRANSISTOR
7. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
8. STAKE FIND NO. 4 THRU 34, STTlfttU 48, 50,94 AND 67 PER NDI00E009 METHOD C AND CENTRALIZE
9. AR DENOTES AS REQUIRED ^
10. SOLDER PER ND 1002071 A ’**4 . r*
11. ENCAPSULATE PER ND 1002036 STYCAST 1090 CATALYST II, CURE AT 160°F FOR 3
HOURS AND POST CURE AT 180°F FOR 7 HOURS.
12. MOUNT IN6 TORQUE TO BE 10/14 IN. LBS.
13. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM) UNLESS OTHER¬
WISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL
HEATSINK WIDTH AND LENGTH DIMENSIONS BY MAXIMUM OF .005.WHEN THE HEATSINK
OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETWEEN ANY
HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED
.015. REMOVE ALL FLASHING
14. MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS
SHOWN.
15. PROCURE PER PS 1007052.
16. BOND FIND NO. 68 AND 69 TO FIND NO. 62 PER ND 1002237
17. UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069
19. BOND FIND NO. 35,36 AND 49 PER NDI092004 TYPE I.
7
6
>'T!J U W i
1. INTERPRET DRAIING IN ACCORDANCE NITH STANDARDS PRESCRIBED BY MIL-D-70327.
2. ALL CONNECTIONS TO BE MADE BY VELD INS PER ND 1002005
3. WHITE DOT AND CLEAR VIRIN6 INDICATES LONER LEVEL NIRIN6
4. BLACK DOT AND CROSS HATCHED HIRING INDICATES UPPER LEVEL NIRIN6
5. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM). UNLESS
OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE
NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAX OF .005 WHEN THE
HEATSINK OUTLINE EXCEED THE ENCAPSULANT OUTLINE THE MAX DIMENSION BETWEEN
ANY HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EX¬
CEED .015. REMOVE ALL FLASH IN6
G. MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS
SHOWN.
7. STAKE ALL COMPONENTS ANO FIND NO. 44 PER ND 1002009 METHOO C
B. ON ITEMS 2 AND 3
BROKEN PATHS INDICATE INSULATION SLEEVING,
K INDICATES CATHODE SIDE OF DIODE,
FT ( ) INDICATES FEED THRU,
PLUS (♦) INDICATES POSITIVE END OF CAPACITOR,
C INDICATES COLLECTOR LEAD OF TRANSISTOR,
B INDICATES BASE LEAD OF TRANSISTOR,
E INDICATES EMITTER LEAD OF TRANSISTOR
9. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
1^. INSTALL FIND NO. 47 AND FIND NO. 48 PER ND 1002136
11. BONO FIND NO. 51 TO FH© NO. 33, PER MR.-H5I2G, COND 02/ZVSO BEFORE ASSEMBLf TO FIND NO. I
12. INSULATION TAPE PER MIL-l-15126 TYPE MFT, 2.5,1/2 WIDE
*43. PROCURE PER PS 1007054.
14. BOND FIND NO. 42 ANO FIND NO. 92 TO FIND NO. 47 PER NO 1002237.
IB. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF
ND 1002069.
«. BOND A .**JMlM.WlOt WuNCTCf OF THE TOP AND BOTTOM IN5U LATOV *»TH«
WUTf iWtt AMP COAT A .45 MIN. WIPE TOUMITtt OM THE OUTFlW 5U4FACC Of
THE IN5ULAT0I9 fit HP 1004107 TYPE X.
SECTION A-A
1
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SEE NOTE 10
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r
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V b ^iSl .03 *■ C3 OF
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N/A
r
i
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N/A
.25 MIN WIDTH OR. TOTAL.
AVAILABLE ON 90 % OF
PERIMETER TO WITHIM
.03 TO .06 OF EXTERNAL
E.OC'E.
.000
',015
.000
.015
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SECTIOM G-G
SECTION H-H
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SECTION J-J
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SCALE 2/1
gj *>075,54
|««|SH I
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
TOLERANCES ON
FRACTIONS DECIMALS ANGLES I
* + XX*j02 . -R-
XXXi.005
DO NOT SCALE THIS DRAWING
&
[ REVISIONS / Z ? ' |
A
ft! T7KC 17*47
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B
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24-
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Neat treatment
_
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55
2
1010829-12
DIODE
54-
1010034
SCHEMATIC 0IA6RAM ELECTRICAL
REF
1
1010385
DIODE
53
1
1008540-12
GASKET, CONNECTOR MINIATURE
52
AR
SEE NOTE 12
INSULATION. TAPE
51
AR
1006776-22
INSULATION. SLEEVING
50
AR
1006776-20
INSULATION, SLEEVING
49
27
1006782-4
CONTACT WRAP0ST MALE MINIATURE
48
27
1006775
INSULATOR WRAP0ST MALE MINIATURE
47
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1006757-8
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1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327.
2. ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005
3. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING
4. BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING
5. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM). UNLESS
OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE
NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAX OF .005 WHEN THE
HEATSINK OUTLINE EXCEED THE ENCAPSULANT OUTLINE THE MAX DIMENSION BETWEEN
ANY HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EX¬
CEED .015. REMOVE ALL FLASHING
6. MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS
SHOWN.
7. STAKE ALL COMPONENTS AND FIND NO. 44 PER ND 1002009 METHOD C
8. ON ITEMS 2 AND 3
BROKEN PATHS INDICATE INSULATION SLEEVIN6, i
K INDICATES CATHODE SIDE OF DIODE,
FT ( ) INDICATES FEED THRU,
PLUS (♦) INDICATES POSITIVE END OF CAPACITOR,
C INDICATES COLLECTOR LEAD OF TRANSISTOR,
B INDICATES BASE LEAD OF TRANSISTOR,
E INDICATES EMITTER LEAD OF TRANSISTOR
9. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
10. INSTALL FIND NO. 47 AND FIND NO. 46 PER NO 1002136
11 . BONO FIND NO. 51 TO FIND NO. 33 , PER MIL-H 5 I 26 . COND Cc/ 2 S /50 BEFORE ASSEMBLY TO FIND NO I
12. INSULATION TAPE PER MIL-l-15126 TYPE MFT, 2.5,1/2 WIDE
13. PROCURE PER PS 1007054.
14. BOND FIND NO. 42 AND FIND NO. 52 TO FIND NO. 47 PER ND 1002237.
15. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF
ND 1002069.
H EAT SlfJ<-FOAM CONTACT
SoePACE. ADJACENT TO
HEATSINK EXTERNAL.
SURFACt
WAFER $ ADJACENT
VERTICAL HEAT¬
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PERIMETER
__ .000
r o ii
.ES MIN WIDTH CR TOTAL-
AVAILABLE. ON SO % OF
PERIMETER. TO WITHIM
.03 TO .06 OF EXTERNAL
E.O<S,E .
SECTION A-A
SECTION B-B
TYPICAL INSTALLATION
FOR FIND NO'S.37,38 AND 39
SECTION K-K
SECTION D-D
,7 - CLEAN MODULE WHERE POSSIBLE PRIOR TO BONDING OF WAFER BOARDS &
APPLICATION OF PRIMER. BY OEGR&ASlNG WiTH FREON ISO-PROPYL ALCOHOL.
ADHESIVE & COATING MATERIAL PER. ND IGOBI&7 TYPE I. PRIMER TO CONSIST OF Sl% PARTS
rpwSw « JSiS&'.f-gS&IT. w VOLOME 0F ,ol2504 --2-* pp ^ MfcTOHAL
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( 42 ) SEE NOTE 14
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NEXT ASSY USED ON APPLICABLE
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THE ASSEMBLY PART NUMBER IS THE DRAWING
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UNLESS OTHERWISE SPECIFIEO
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52
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INSULATION. TAPE
51
1006776-22
INSULATION. SLEEVING
50
1006776-20
INSULATION., SLEEVING
49
1006782-4
CONTACT WRAP0ST MALE MINIATURE
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1006775
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47
1006757-8
WIRE ELEC .020 DIA
46
1006757-1
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1006776-21
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1008540-15
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1006750-63
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RESISTOR
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RESISTOR
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NOTES:
1. INTERPRET DRAIIN6 IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327.
2. ALL CONNECTIONS TO BE MADE BY NEL0IN6 PER ND 1002005
3. WHITE DOT AND CLEAR WIRING INDICATES LONER LEVEL WIRING
4. BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRIN6
5. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM). UNLESS
OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE
NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAX OF .005 WHEN THE
HEATSINK OUTLINE EXCEED THE ENCAPSULANT OUTLINE THE MAX DIMENSION BETWEEN
ANY HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EX¬
CEED .015. REMOVE ALL FLASHING
S. MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS
SHOWN.
7. STAKE ALL COMPONENTS AND FIND NO. 44 PER ND 1002009 METHOO C
8. ON ITEMS 2 AND 3
BROKEN PATHS INDICATE INSULATION SLEEVING, |
K INDICATES CATHODE SIDE OF DIODE,
FT ( ) INDICATES FEED THRU,
PLUS (♦) INDICATES POSITIVE END OF CAPACITOR,
C INDICATES COLLECTOR LEAD OF TRANSISTOR,
B INDICATES BASE LEAD OF TRANSISTOR,
E INDICATES EMITTER LEAD OF TRANSISTOR
9. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
10. INSTALL FIND NO. 47 AND FIND NO. 48 PER NO 1002136
11. BONO FIND NO. 51 TO FIN) NO 33, PER MIL-HSI26. COND C 2/23/50 BEFORE ASSEMBLY TO FIND NO. I
12. INSULATION TAPE PER MIL-l-15126 TYPE MFT, 2.5,1/2 WIDE
13. PROCURE PER PS 1007054.
14. BOND FIND NO. 42 AND FIND NO. 52 TO FIND NO. 47 PER ND 1002237.
15. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF
SECTION A-A
SECTION B-B
TYPICAL INSTALLATION
FOR FIND NO'S.37,30 A\D 39
SECTION K-K
17, CLEAR! MODULE WHERE POSABLE PRIOR TO BONDING OP WAF632. BOARDS AND APPLICATION
OF COATING MATERIAL BY OECiREASlViCa WiTH FR.EON & IBO-PROPYL ALCOHOL.
ADHESIVE & COATING MATERIAL PER. ND 10O21&7 TYPE IL. APPLY MATERIAL AND COAT l MQ
AS INDICATED IN TABLE I.
J
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CONFIGURATION
BOND BETWEEN WAFER
AND HEATSINK
WAFER ^ FLAT iOOT. OF AREA .12 FROM
HEATSINK EXTERNAL HEATSINK. SURFACE.
807* OF AREA . 25 FROM
EXTERNAL HEATSINK SURFACE.
WAFER. R ADJacOJT CORNER FlLLfeT AMP VERTICAL
VERTICAL HEAT* SURFACE TO WITHIN .03 ±.03
SINK SURFACE OF EXTERNAL SURFACE
HEATSINK. FOAM N/A
CONTACT SURFACE
PERIMETER
TOP OF WAFER HEATSiNK-FOAM CONTACT
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SURFACE.
1007. OF AREA N/A
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EXTERNAL
MODULE SURFACE
1007. OF AREA N/A
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EXTERNAL
MODULE SURFACE _
N/A .25 MIN WIDTH OR TOTAL.
AVAILABLE ON BO fe OF
PERIMETER. TO WITHIN
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eoc,c.
SECTION D-D
SECTION E-E
I REV 5 H
1007554 D t
SECTION F-F
SECTION G-G
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( 42 ) SEE NOTE I t
SECTION H H
6
5
I 1007554 ! F
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NOTES'- (CONTINUED)
18. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND
ISO- PROPYL ALCOHOL PRIOR TO ENCAPSULATION.
19. EXCEPT FOR THE HELICOIL MOUNTING SURFACE, PAINT ALL SURFACES PER
NDI0O2II0 TYPE AFTER ENCAPSULATION, USING BLACK PAINT PER
1010729-4. CURE AT I40°F FOR EI6HT HOURS. CONNECTOR PIN BLADES
AND INSULATORS TO BE FREE FROM PAINT.
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327.
2. ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005
3. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING
4. BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING
5. ENCAPSULATE MODULE PER NO 1002002 (BLACK POLYURETHANE FOAM). UNLESS
OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE
NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAX OF .005 WHEN THE
HEATSINK OUTLINE EXCEED THE ENCAPSULANT OUTLINE THE MAX DIMENSION BETWEEN
ANY HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EX¬
CEED .015. REMOVE ALL FLASHING
6. MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER NO 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS
SHOWN.
7. STAKE ALL COMPONENTS AND FIND NO. 44 PER ND 1002009 METHOO H.
8. ON ITEMS 2 AND 3
BROKEN PATHS INDICATE INSULATION SLEEVING,
K INDICATES CATHODE SIDE OF DIODE,
FT ( ) INDICATES FEED THRU,
PLUS (♦) INDICATES POSITIVE END OF CAPACITOR,
C INDICATES COLLECTOR LEAD OF TRANSISTOR,
B INDICATES BASE LEAD OF TRANSISTOR,
E INDICATES EMITTER LEAD OF TRANSISTOR
INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
10. INSTALL FIND NO. 47 AND FIND NO. 48 PER NO 1002136
11. BONO FINO NO 51 TO FIFO NO. 33. PER MIL*I-6I26. COND C*/23/SO BEFORE ASSEMBLY TO FIND NO. I
12. INSULATION TAPE PER MIL-l-15126 TYPE MFT, 2.5,1/2 WIDE
13. PROCURE PER PS 1007054.
SECTION A-A
44t
I F IN D N O* 42 i
HFIND NO. '52' TO FIND NO. <
NO 1 00 88 37.
UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF
NO 1002069.
Twt t ar n* yea NP tv pa I.
SECTION B-B
TYPICAL INSTALLATION
FOR FIND NO’S.37,30 AND 39
SECTION K-K
SECTION D-D
SECTION E-E
SECTION F-F
SECTION G * G
1007554
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SEE NOTE 10
SEE NOTE 10
SECTION E-E.
SECTION F-F
SECTION G*G
ENCODI
1007554 ZZZZ
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SECTION H-H
SECTION J-J
MARKING VIEW
SCALE 2/1
1007554
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1010848 -2
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54
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1010034
SCHEMATIC DIAGRAM ELECTRICAL
REF
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1010385
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53
1
1008540-12
GASKET, CONNECTOR MINIATURE
52
AR
SEE NOTE 12
INSULATION. TAPE
51
-
=**=
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50
AR
1006776-20
INSULATION., SLEEVING
49
27
1006782-4
CONTACT WRAP0ST MALE MINIATURE
48
—
—
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1006775
INSULATOR WRAP0ST MALE MINIATURE
47
46
AR
1006757-1
WIRE ELEC .010 X .020
45
14
1008025-1
INSULATOR BUSHING
44
AR
1006776-21
INSULATION. SLEEVING
43
1
1008540-15
GASKET. CONNECTOR MINIATURE
2
1010344-2
TRANSFORMER
41
4
101C366
TRANSFORMER
40
2
1010285
TRANSISTOR
3?
8
1010357
TRANSISTOR
38
4
1010397-1
TRANSISTOR
37
2
1010309-005
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1
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CAPACITOR
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CAPACITOR
30
5
1010359-17
CAPACITOR
2 ?
2
1010279-223
CAPACITOR
28
2
1010359-29
CAPACITOR
27
4
1010393-37
CAPACITOR
26
2
1006755-65
CAPACITOR
25
6
1006755-69
CAPACITOR
2*
1
1006750-44
RESISTOR
23
2
1006750-72
RESISTOR
22
_I
2
1010369-140
RESISTOR
21
2
1006750-40
RESISTOR
29
6
1006750-52
RESISTOR
19
2
1006760-44
RESISTOR
18
2
1006750-54
RESISTOR
17
2
1006750-63
RESISTOR
16
2
1006750-8
RESISTOR
15
3
1006750-56
RESISTOR
14
2
1006750-65
RESISTOR
13
2
1010312-029
RESISTOR
12
8
1010364-252
RESISTOR
11
2
1006750-30
RESISTOR
10
2
1006750-73
RESISTOR
9
2
1010364-444
RESISTOR
8
2
1006750-33
RESISTOR
7
2
1010364-60
RESISTOR
6
4
1006750-49
RESISTOR
5
2
1006750-23
RESISTOR
4
1
1008057-2
INSULATOR. BOTTOM
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INSULATOR. TOP
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1
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PART OR
CERTIFYING NO.
NOMENCLATURE OR
DESCRIPTION
Fmo
NO
| QUANTITY REQUIRED
| LIST OF MATERIALS
INRT W UMRNTA TTOM LAB
— —_Conlmcl NAS 9-4971
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HOUSTON. TEXAS
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1007554
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18. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND
ISO- PROPYL ALCOHOL PRIOR TO ENCAPSULATION.
19. EXCEPT FOR MODULE MOUNTING SURFACE, PAINT ALL SURFACES PER NDI002Z79,
USING 1010992 PRIMER AND 1008809-4 PAINT. CONNECTOR PIN BLADES AMD
INSULATORS TO BE FREE OF PAINT.
20. MOISTURE PROOF PER ND 1002292 AS REQUIRED BY FIND NO. (57) USING INSULATION TAPE
IN ACCORDANCE WITH SCO 1008866, AND POLYURETHANE COATING PER SCO 1008867
AFTER PAINTING AND STENCILLING.
SEE NOTE 13
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1. INTERPRET DRAVINS IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327.
2. ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005
3. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING
4. BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING
5. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM). UNLESS
OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE
NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAX OF .005 WHEN THE
HEATSINK OUTLINE EXCEED THE ENCAPSULANT OUTLINE THE MAX DIMENSION BETWEEN
ANY HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EX¬
CEED .015. REMOVE ALL FLASHING
6. MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .U0/.100
HIGH (WHITE) PER NO 1002019 AND SERIALIZE PER NO 1002023. CENTRALIZE AS
SHOWN.
7. STAKE ALL COMPONENTS AND FIND NO. 44 PER ND 1002009,METHOD J.
8. ON ITEMS 2 AND 3
BROKEN PATHS INDICATE INSULATION SLEEVING, I
K INDICATES CATHODE SIDE OF DIODE,
FT ( ) INDICATES FEED THRU,
PLUS (♦) INDICATES POSITIVE END OF CAPACITOR,
C INDICATES COLLECTOR LEAD OF TRANSISTOR,
B INDICATES BASE LEAD OF TRANSISTOR,
E INDICATES EMITTER LEAD OF TRANSISTOR
9. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUNO
10k INSTALL FIND NO. 47 AND FIND NO. 48 PER NO 1002136
11. BONO FINO NO. 51 TO FIND NO. 54, PER MIL-I-ISI26. COND O2/2VS0 BEFORE ASSEMBLY TO FIND NO I
12. INSULATION TAPE PER MIL-l-15126 TYPE MFT, 2.5,1/2 WIDE
M3. PROCURE PER PS 1007054.
15. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF
NO 1002069.
SECTION A-A
Aoy coat 4H& yAT*
pOHyty*. tfCprfTltfa
ys yiijAcyr^uA
SECTION B-B
TYPICAL INSTALLATION
FOR FIND NO’S.37,30 AND 39
SECTION K-K
SECTION D-D
SECTION E-E
1007554
SECTION F-F
SECTION G-G
i t u
7
\\\e^
NOTES*. (CONTINUED')
18. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND _
Ic.0- PROPYL ALCOHOL PRIOR TO ENCAPSUL ATI T N. ^
19. EXCEPT FOR MODULE MOUNTING SURFACE, PAINT ALL SURFACES PER NDI002279,
USING 1010992 PRIMER AND 1008809-4 PAINT. CONNECTOR PIN BLADES AND
INSULATORS TO BE FREE OF PAINT.
20. MOISTURE PROOF PER ND 1002292 AS REQUIRED BY FIND NO. (fj) USING INSULATION TAPE
IN ACCORDANCE WITH SCO 1008866 AND POLYURETHANE COATlNQ PER SCO 1008867
AFTER PAINTING AND STENCILLING.
\r PT?l
.IZj \\ r cW7
ISSSaSiSIBE
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NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327.
2. ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005
3. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRIN6
4. BLACK DOT AND CROSS HATCHED WIRIN6 INDICATES UPPER LEVEL WIRING
5. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM). UNLESS
OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE
NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAX OF .005 WHEN THE
HEATSINK OUTLINE EXCEED THE ENCAPSULANT OUTLINE THE MAX DIMENSION BETWEEN
ANY HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EX¬
CEED .015. REMOVE ALL FLASHING
6. MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER ND 1002019 AND SERIALIZE PER NO 1002023. CENTRALIZE AS
SHOWN.
7. STAKE ALL COMPONENTS AND FIND NO. 44 PER ND 1002009,METHOD J.
8. ON ITEMS 2 AND 3
BROKEN PATHS INDICATE INSULATION SLEEVING, I
K INDICATES CATHODE SIDE OF DIODE,
FT ( ) INDICATES FEED THRU,
PLUS (♦) INDICATES POSITIVE END OF CAPACITOR,
C INDICATES COLLECTOR LEAD OF TRANSISTOR,
B INDICATES BASE LEAD OF TRANSISTOR,
E INDICATES EMITTER LEAD OF TRANSISTOR
9. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
10. INSTALL FIND NO. 47 AND FIND NO. 48 PER NDI002I36
11. BONO FIND NO. 51 TO FIND NO. 54, PER MIL-I-ISI26. COND C c/23/SO BEFORE ASSEMBLE TO FIND NO I
12. INSULATION TAPE PER MIL-1-15126 TYPE MFT, 2.5,1/2 WIDE
13. PROCURE PER PS 1007054.
1 4 * B O N D F IN D N O. 42 A N D F INO NO. 52 TO F fN B N O. 4 7 P E R N O 1 00 22 37.
15. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF
ND 1002069.
__ .000
r^.015
Tr
.000
{ .015
SECTION A-A
SECTION B-B
TYPICAL INSTALLATION
FOR FIND NO’S,37,38 AND 39
SECTION K-K
SECTION D-D
/OF QOApW MAT2KLAL/ BY/feGREABiutS/WiT^ yi
sfpot uoy6o£\a6 tY9<
' tyi ^jrfcifryb/fy'TABzE z. /////.' y
SECTION E-E
1007554
ENCAPSULATION LIMIT
3 ) SEE NOTE 8 R56-
fcsX'W rmDrife
48 ) SEE NOTE 10
47 ) SEE NOTE K>
H£AT^<7FOftM gOMT^CT/
5ur^acie fiXjML’ejyf -t p
SECTION G-G
SECTION H-H
LU
t.
».
4.
8 .
8.
INTERPRET DRAHIN6 IR ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327.
ALL CONNECTIONS TO BE MADE BY WELD I NS PER ND 1002005
NHITE DOT AND CLEAR NIRIN6 INDICATES LONER LEVEL NIRINS
■LACK DOT AND CROSS HATCHED NIRINS INDICATES UPPER LEVEL NIRINS
ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM). UNLESS
OTHERNISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE
NOMINAL HEATSINK NIDTH AND LENGTH DIMENSIONS BY A MAX OF .005 NHEN THE
HEATSINK OUTLINE EXCEED THE ENCAPSULANT OUTLINE THE MAX DIMENSION BETNEEN
ANY HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EX¬
CEED .015. REMOVE ALL FLASH IN6
MARK PIN NUMBERS .10Q/.060 HI6H (WHITE) AND ALL OTHER CHARACTERS .140/
!!2L (BM,TC) PER 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE
7. STAKE ALL COMPONENTS AND FIND NO. 44 PER ND 1002009 METHOD C
t. ON ITEMS 2 AND 3
BROKEN PATHS INDICATE INSULATION SLEEVING,
K INDICATES CATHODE SIDE OF DIODE,
FT ( ) INDICATES FEED THRU,
FUIS (♦) INDICATES POSITIVE END OF CAPACITOR,
C INDICATES COLLECTOR LEAD OF TRANSISTOR,
B INDICATES BASE LEAD OF TRANSISTOR,
E INDICATES EMITTER LEAD OF TRANSISTOR
t. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
^INSTALL FIND NO. 47 AND FIND NO. 48 PER N0I0O2I34
11. BOW FM© NO. 51 TO FINB NOk. 33. PER ML-M5I24. COND O2/2VS0 BEFORE AS6EMMJ TO FMD N0.I
0
12. INSULATION TAPE PER MIL-l-15126 TYPE MFT, 2.5,1/2 WIDE u U U
**3. PROCUReVeR PS 1007054.
SECTION A-A
14. BOND FIND NO. 42 AND FIND NO. 9* TO FIND NO. 47 PER NO 1008237.
*. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF
ND 1002040.
SECTION B-B
TYPICAL INSTALLATION
FOR FIND NO'S,37,36 AND 30
SECTION K-K
%
nirntfr
, < '<-* » :
• -an
iff ^
*
’■ill
SECTION D-D
SECTION E-E
SECTION F-F
Q 32 jSEE NOTE 12
SEE NOTE 10
fiTjSEE NOTE 12
[ 37)SEE NOTE 16
SECTION B-B
SEE NOTE 13
1007555
SECTION A-A
CDU D TO A CONVERTER
I007SS5 c;:>*-
REV ZZ
•APPLICABLE DASH NO.
MARKING VIEW
SCALE 2/1
X
1010041
1
1008540-11
AR
MIL-I-631
AR
1006787-2
AR
1006757-1
AR
1006776-21
M
1006782-4
11
1006775
9
1008025-1
\
1010365
Z
1010344-1
2
1010367
6 _
1010343-1
1
1010342
1
1010362 -2
1
1010286-013
1010372 ?I8
1010372 -8
1010370
>006755 - 57
1010359-29 ~
1010359-23
1010279-236
1010393-37
1006750 - 80
1006750 - 72
1006750-60
006750 - 56
006750 - 53
1006750 -49
1006750-39
1006750 - 32
1006750-8
1010369-105
1010389-63
008076-1
1008076-2
! 1007037
I QUANTITY REQUIRED
UNLESS OTHERWISE SPECIFIED ^
" DIMENSIONS ARE ■* UCHt*
- TOLERANCES ON — 3
- FRACTION# OCCNMU AN6U} DRAWN
- * XXX'SSs •* «—
- 00 NOT SCALE TWS DRAWING APPRO*
- material appwov
M I T
instrumentation las
, „ Contract NAS 9-497 _
— — PATE^^
NEXT ASSY I USED ON APPLICABLE MEAT TREATMENT -
APPLICATION DASH NO.
THE ASSEMBLY PART NUMBER IS THE DRAWING FINALliHi
NUMBER AND THE DASH NUMBER THAT APPLIES
' GASKET, CONNECTOR MINIATURE
INSULATION. SLEEVING *22 ~
WIRE,ELEC __
WIRE.ELEC _ -
INSULATION. SLEEVING _;_
CONTACT WRAPOST MALE MIN
INSULATOR.WRAPOST MALE MIN
" ' INSULATOR. BUSHING
TRANSFORMER ___
" TRANSFORMER _
TRANSISTOR _;_
TRANSISTOR _
TRANSISTOR __
DIODE _ • _
DIODE _
DTOOE _;_
DIODE _
DIODE ___
“ CAPACITOR _
" CAPACITOR _ '
CAPACITOR _
CAPACITOR __
_ C APACITOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
INSUL A TOR. TOP _
INSULATOR. BOTTOM __
HEATSINK _
NOMENCLATURE OR
DESCRIPTION
LOT OF MATERIALS__
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS _
CDU D TO A
• CONVERTER
ASSEMBLY
J | 1007555
IE 5/1 WT 1 SHEET
IE9
i eh
■EH
■EH
■EH
■EH
■EH
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SEE NOTE 14 ( 36
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. ALL CONNECTIONS TO BE MADE BY WELDIN6 PER NO 1002005
4. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING
5. BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING
7. MARK PIN NUMBERS .060/.100 HIGH (WHITE) AND ALL OTHER CHARACTERS .10Q/.140 HI6H (WHITE
PER NO 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS SHOWN
8. COMPONENTS TO BE CEMENTED IN PUCE PER ND 1002009 METHOD C AND CENTRALIZED
9. AR DENOTES AS REQUIRED
10. INDICATED AREA TO BE FREE OF ENCAPSUUTING COIPOUND
11. ENCAPSUUTE MODULE PER ND 1002002 (BUCK POLYURETHANE FOAM). UNLESS OTHERWISE
SPECIFIED, PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH
AND LEN6TH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSUUNT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND ITS
RESPECTIVE ENCAPSUUNT SURFACE SHALL NOT EXCEED .015. REMOVE ALL FLASHING
12. ASSEMBLE FIND NO.31 AND FIND NO.32 PER ND 1002136
13. Q9 UNUSED LEAD TO BE CUT .04 ABOVE HEATSINK
14. USE MIL-1-631 TYPE F, FORM U, GRADE C CUSS I, CATEGORY I IN 2 PUCES ONLY. SECURE
TO FIND NO.3 WITH BOND PER ND 1002004,TYPE X
15. PROCURE PER PS 1007055.
15. BOND FIND N0.37 TO FIND N0.31 PER ND 1002237
17. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF NO 1002069
18. ON ITEMS 2 AND 3
BROKEN PATHS INDICATE SLEEVING
K INDICATES CATHODE SIDE OR DIODE
FT ( ) INDICATES FEED THRU
C INDICATES COLLECTOR LEAD OF TRANSISTOR
B INDICATES BASE LEAD OF TRANSISTOR
E INDICATES EMITTER LEAD OF TRANSISTOR
C ( ) INDICATES COLLECTOR LEAD OF MULTISTAGE TRANSISTOR
B ( ) INDICATES BASE LEAD OF MULTISTAGE TRANSISTOR
E ( ) INDICATES EMITTER LEAD OF MULTISTAGE TRANSISTOR
|& CUT UNUSED LEAD .030 MAX FROM CASE.
I00755&1;
A REVISEO TORR
"8" REVISEDPfQTDRR "3'<*
32 )SEE NOTE 12
.000
■OOP J . - 015
.030
31 )SEE NOTE 12
37) SEE NOTE 1C
cJJL,
— O*0CD-49>**+0‘** t j-
CDU 0 TO A CONVERTER
I007SS5
•APPLICABLE DASH NO.
MARKING VIEW
SCALE 2/1
1008540-11
MIL-I-631
1006787-2
1006757-1
1006776 - 21
1006782-4
1006775
1008025-1
1010365
1010344-1
1010367
1010343-1
IQI0342
1010362-2
1010286-013
1010372
1010372 -8
1010370
>006755-57
1010359-29 ~
1010359-23
1010279-236
1010393-37
006750-90
006750 - 72
006750-60
006750 - 56
006750 - 53
1006750 -49
1006750-39
1006750-32
1006750 -8
1010369-105
1010389-63
008076-1
1008076-2
I007Q37
GASKEt. Connector Miniature^
INSULATION. SLEEVING *22
WIRE.ELEC _
WIRE.ELEC _ ~
INSULATION. SLEEVING
CONTACT WRAPOST MALE MIN
INSULATQR.WRAPOST MALE MIN'
INSULATOR. BUSHING _
TRANSFORMER _
TRANSFORMER _
TRANSISTOR _;_
TRANSISTOR _
TRANSISTOR _
DIODE_ •
DIODE _
DTOOE _;_
DIODE _
DIODE _
CAPACITOR _
CAPACITOR _ '
CAPACITOR _
CAPACITOR _
C APACITOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR __
RESISTOR __
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _,_
"RESI STOR _
RESISTOR _
INSULATOR. TOP _
INSULATOR. BOTTOM _
HEATSINK__
SECTION B-B
SECTION A-A
| [ QUANTITY REQUIRED | J
UNLESS OTHERWISE SHORED
DIMENSIONS AM M INCHES
TOLERANCES ON —• -
FRACTIONS OCOMALS ANGLEJ DRAWN J
* xxx-SSs *' /z CHfC « 0
00 NOT SCALE THIS 0RA WR N 8 AHROVAi
mrUHL AMRCWAI
i 1007555
NEXT ASSY I USED ON APPLICABLE
APPLICATION 1 PASH NO
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
MANNED SPACECRAFT CENTER
_ HOUSTON. TEAAS _
CDU D TO A
CONVERTER
ASSEMBLY
tf | Sift I NASA DRAWING NO"
J 1007555
1007555
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4
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32 )SEE NOTE 12
31 )SEE NOTE 12
37) SEE NOTE 1C
COU D TO A CONVERTER
1007555 zi:y +-—
REV r j
■ APPLICABLE DASH NO.
MARKING VIEW
SCALE 2/1
1010041
1
1010630-15
1
1008540-11
AS'
MIL-I-631
AR
1006787 - 2
AR
1006757-1
AR
1006776-21
11
1006782-4 -
11
1006775
9
1008025-1
\
1010365
2
1010344-1
2
1010367
6
1010343-1
1
1010342
l
1010362-2
I
1010372 r*l8
1
1010372 -8
10
1010370
t '
•006755 - 57
1
1010359-29'
1
1010359-23
1
1010279-236
1
1010393-37
2
006750-80
1
006750 - 72
1
006750-60
1
006750-56
SECTION B-B
SEE NOTE IS
SECTION A-A
006750 - 53
006750-49
006750-39
1006750-32
1006750-8
1010369-105
1010389-63
006076-1
1006076 -2
1007037
I QUANTITY required J
unless otherwise skcwcd
DIMENSIONS ARE M MCMES
TOLERANCES ON — ■»
FRACTIONS DECIMALS ANOLEJ
xxxlSSs * ' z °* C * ED -
- DO NOT SCALE THM ORAWINO ARWKWAL,
- NATERIAL APPROVAL
INRTWUMKNTATION LAN
, i Cwhbci NAS 9-497 _
an .. datei^aM
NEXT ASSY 1 USED ON
APPLICATION_
! THE ASSEMBLY PART NUMBER IS THE DRAWING
i | NUMBER AND THE DASH NUMBER THAT APPLIES
OlOOE.
' GASKET, CONNECTOR MINIATURE
INSULATION. SLEEVING *ZZ
WIRE.ELEC _
WIRE.ELEC _
INSULATION. SLEEVING __
CONTACT WRAPOST MALE MIN
" INSULATOR.WRAPOST MALE KIN
I NSULATOR. BUSHING _
" "TRANSFORMER _
TRANSFORMER _
TRANSISTOR _
TRANSISTOR _
TRANSISTOR _
DIODE _«
•DTODE _ •
DIODE _
DIODE _
CAPACITOR _
CAPACITOR _
CAPACITOR _
CAPACITOR _
CAPACITOR _
RESISTOR _
RESISTOR _
JRESISTO R_
RESISTOR
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
INSULATOR, TOP _
INSULATOR. BOTTOM
HEATSINK _
NOMENCLATURE OR
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
CDU D TO A
CONVERTER
ASSEMBLY
1007555
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NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327 =
2. ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005
4. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING
5. BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING
7. MARK PIN NUMBERS .060/.100 HI6H (WHITE) AND ALL OTHER CHARACTERS .10Q/.140 HIGH (WHITf
PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS SHOWN
8. COMPONENTS TO BE CEMENTED IN PUCE PER ND 1002009 METHOO C AND CENTRALIZED
9. AR DENOTES AS REQUIRED
10. INDICATED AREA TC BE FREE OF ENCAPSUUTIN6 COMPOUND
11. ENCAPSUUTE MODULE PER ND 1002002 (BUCK POLYURETHANE FOAM). UNLESS OTHERWISE
SPECIFIED, PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH
AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSUUNT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND ITS
t RESPECTIVE ENCAPSUUNT SURFACE SHALL NOT EXCEED .015. REMOVE ALL FLASHING
1 12. ASSEMBLE FIND NO.31 AND FIND NO.32 PER ND 1002136
13. Q9 UNUSED LEAD TO BE CUT .04 ABOVE HUTS INK
14. USE MIL-1-631 TYPE F, FORM U, GRADE C CLASS I, CATEGORY I IN 2 PUCES ONLY. SECURE
TO FIND NO.3 WITH BOND PER ND 1002004,TYPE I
. 13. PROCURE PER PS 1007055.
IG. BOND FIND NO.37 TO FIND NO.31 PER ND 1002237
17. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069
18. ON ITEMS 2 AND 3
, BROKEN PATHS INDICATE SLEEVING
K INDICATES CATHODE SIDE OR DIODE
, FT ( ) INDICATES FEED THRU
C INDICATES COLLECTOR LEAD OF TRANSISTOR
B INDICATES BASE LEAD OF TRANSISTOR
E INDICATES EMITTER LUD OF TRANSISTOR
C ( ) INDICATES COLLECTOR LEAD OF MULTISTAGE TRANSISTOR
B ( ) INDICATES BASE LUD OF MULTISTAGE TRANSISTOR
E ( ) INDICATES EMITTER LUD OF MULTISTAGE TRANSISTOR
( |9l CUT UNUSED LEAD .090 MAX FROM CASE.
XX eoKirt a . 2.* MiM.wioe peaimctER ofthctop a*o bottom i**su»i_*toa.s
TOTWB HE.AT8UJK A.MO COAT A. .25 MlM. WlDfe PERl METER OrtTHC
i SuRPACE OF THE INSULATORS PER. UO IOOH6T TYPE I.
1
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CONFIGURATION
MAT
TABLE I
BONO BETWEEN WAFER
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TOP OF WAFER
AT PERIMETER
HEAT5INK-F0AM CONTACT
SURFAC ADJACENT TO
HEATSINK EXTERNAL
5URFACE.
WAFER $ FLAT
HEAT5INK
ADHES1YE
.IZ MIN 100% OF
PERIMETER .25 MIN
80% OF PERIMETER
.25 MIN 100%
OF PERIMETER
N/A
ADHESIVE
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CONTACT SURFACE
PERIMETER.
PRIMER
N/A
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.25 MIN WIDTH OR
TOTAL AVAIL ABLE ON 90%
OF PERIMETER TO WITHIN .03
TO. 06 OF EXTERNAL ED6E
•APPLICABLE DASH NO.
1007378
-
NEXT ASSY
USED ON
APPLICABLE
DASH NO.
| APPLICATION I
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
dimensions are m inches
TOCERANCES ON
FRACTIONS DECIMALS ANGLES I
XX*.Q2 * 1 / 2 '
. XXXI.005
loo NOT SCALE THIS ORAWINO
REVISED PER TORR 159^9
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REVISED PER. TORE. l7£lO
REVISED PER TDRR 19397
■hut treatment
2 “
instrumentation las
HJ,_lontucl NAS 9-49'
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
ffOOC IOENT NO'
80230
[ m:
CDU D TO A
CONVERTER
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«*T
1010041
SCHEMATIC
mol
■1
1
1010630-13
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ml
1
1008540-11
GASKET. CONNECTOR MINIATURE
37
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MIL-1-631
INSULATION. SLEEVING *22
36
AR
1006787-2
WIRE.ELEC
35
1006757-1
WIRE.ELEC
34
AR
1006776-21
INSULATION. SLEEVING
33
It
1006782 -4
CONTACT WRAPOST MALE MIN
32
nr
1006775
INSULATOR.WRAPOST MALE MIN
3 1
9
1008025-1
INSULATOR, BUSHING
30
rr
1010365
TRANSFORMER
29
2
1010344-1
TRANSFORMER
28
Z
1010367
TRANSISTOR
27
6
1010343-1
TRANSISTOR
26
—
1
1010342
TRANSISTOR
25
—
—
—
l
Z
==
1010362-2
1010372 -18
DIODE
DIODE
24
23
22
1
1010372 -8
DIODE
21
10
1010370
DIODE
20
z
1006755-57
CAPACITOR
19
1
1010359-29 ~
CAPACITOR
18 ■
1
1010359-23
CAPACITOR
Dll
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1
1010279-236
capacitor
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1010393-37
CAPACITOR
£l|
z
1006750-80
RESISTOR
o
1
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RESISTOR
13
1
1006750 60
RESISTOR
12
1
006750 - 56
RESISTOR
.11
-
2
006750 - 53
RESISTOR
10
9
1006750 - 49
RESISTOR
9
Z
1006750-39
RESISTOR
8
V
1006750-32
RESISTOR
7
i
1006750 -8
RESISTOR
6
i
1010369-105
RESISTOR
5
i
1010389-63
RESISTOR
in
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INSULATOR, TOP
«
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INSULATOR. BOTTOM
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L 1007037
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1 PAST OS
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DC SCRIPT ION
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| QUANTITY REQUIRED
1 LIST OF MATERIALS 1
1007555
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5. BLACK DOT AND CROSS HATCHED WiRIN6 INDICATES UPPER LEVEL WIRING
i
i
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i
7. MARK PIN NUMBERS .060/100 HIGH (WHITE) AND ALL OTHER CHARACTERS .10Q/.140 HIGH (WHll
PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS SHOWN "
8. COMPONENTS TO BE CEMENTED IN PLACE PER ND 1002009 METHOO C AND CENTRALIZED
9. AR DENOTES AS REQUIRED
10. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
11. ENCAPSULATE MODULE PER ND 1002002 (BUCK POLYURETHANE FOAM). UNLESS OTHERWISE I
SPECIFIED, PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH i
AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE ^
ENCAPSUUNT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND ITS
RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED .015. REMOVE ALL FLASHING
12. ASSEMBLE FIND NO.31 AND FIND NO.32 PER ND 1002136
13. Q9 UNUSED LEAD TO BE CUT .04 ABOVE HUTS INK
14. USE MIL-1-631 TYPE F, FORM U, GRADE C CLASS I, CATEGORY I IN 2 PUCES ONLY. SECURE (
TO FIND NO.3 WITH BOND PER ND 1002004,TYPf Z i
15. PROCURE PER PS 1007055. ’
IS. BOND FIND NO.37 TO FI NO NO. 31 PER ND 1002297
17. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF NO 1002069
Ift. ON ITEMS 2 AND 3
BROKEN PATHS INDICATE SLEEVING
K INDICATES CATHODE SIDE OR DIODE
FT ( ) INDICATES FEED THRU
C INDICATES COLLECTOR LEAD OF TRANSISTOR
• B INDICATES BASE LEAD OF TRANSISTOR
E INDICATES EMITTER LEAD OF TRANSISTOR
C ( ) INDICATES COLLECTOR LEAD OF MULTISTAGE TRANSISTOR
| B ( ) INDICATES BASE LUD OF MULTISTAGE TRANSISTOR
j E ( ) INDICATES EMITTER LUD OF MULTISTAGE TRANSISTOR
I
| 19. CUT UNUSED LEAD .090 MAX FROM CASE.
aoistn xs wioe PE.RiK4c.Tea oftmc-top bottom „*su«_at©p.s
-ro-TME mE-ATS.kj* AmO COAT a. .25 m,kj. W ,DE PERIMETER O^TTMSi
* Surface optme insulators per kio ioohsi type i.
21 CLEAN MODULE,WHERE P05SIBLF,PRIOR TO B0NDIN6 OF WAFER BOARDS AND
APPLICATION OF PRIMER, BY DEGREASING WITH FREON AND ISO-PROPYL ALCOHOL.
ADHESIVE AND COATING MATERIAL PER ND 1002187 TYPE I. PRIMER TO CONSIST
OF 6 PARTS BY VOLUME OF 1012504-1 AND ONE PART BY VOLUME OF 1012504-2.
APPLY MATERIAL AND PRIMER AS INDICATED IN TABLE I.
SECTION C-C
7
s
5
CONFIGURATION
WAFER $ FLAT 100
HEAT5INK HEA
.25
TABLE I
BONO BETWEEN WAFER
AND HEATSINK
TOP OF WAFER HEATSINK-FOAM CONTACT
SURFACE ADJACENT TO
HEAT5INK EXTERNAL
_ SURFACE. _
1007> OF AREA .25 N/A
FROM EXTERNAL
MODULE 5URFACE
fyA
.25 MIN WIDTH OR
TOTAL AVAILABLE ON 90% .
OF PERIMETER TO WITHIN .03
±.03 OF EXTERNAL ED6E
^ REVISED PfcC. TDRR
jrs 8 QEviSED PeSTDRR “>5 Kp
^ C REVISED P£RTOCei7<iIO
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1.540
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.000 X - 015
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-(^32 )SEE NOTE 12
-SEE NOTE 10
(31 JSEE NOTE 12
37)SEE NOTE 16
CDU 0 TO A CONVERTER
1007555 zi:y +-—
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• APPLICABLE DASH NO.
MARKING VIEW
SCALE 2/1
1010041
SCHEMATIC
1
1010630-13
OiOOE.
1
1008540-11
CASKET. CONNECTOR M
AR
MIL-1-631
INSULATION. SLEEVING
AR
1006787 -2
WIRE.ELEC
AR
1006757-1
WIRE.ELEC
AR
1006776-21
INSULATION. SLEEVING
II
1006782 -4
CONTACT WRAPOST M
II
1006775
INSULATOR.WRAPOST
9
1008025-1
INSULATOR. BUSHING
1
1010365
TRANSFORMER
Z
1010344-1
TRANSFORMER
z
1010367
TRANSISTOR
<o
1010343-1
TRANSISTOR
1
1010342
TRANSISTOR
]_
1010362-2_
DIODE
z
1010372 -18
DIODE
»
1010372-8
DIODE
10
1010370
DIODE
z
1006755 - 57
CAPACITOR
1
1010359-29 *
CAPACITOR
1
1010359-23
CAPACITOR
I
1010279-236
CAPACITOR
1
1010393-37
CAPACITOR
2
1006750-80
RESISTOR
1
006750 - 72
RESISTOR
“ 1
1006750-60
RESISTOR
l
006750-56
RESISTOR
i
1006750 - 53
RESISTOR
9
1006750 - 49
RESISTOR
' Z
1006750-39
RESISTOR
6
1006750-32
RESISTOR
Z
1006750 -8
RESISTOR
1
1010369-105
RESISTOR
1
1010389-63
RESISTOR
1
008076-1
INSULATOR, TOP
l
1006076-2
INSULATOR. BOTTOM
l
. I0J7037
j HEATSINK
SECTION B-B
SEE NOTE 13
SECTION A-A
| 1007573 _|
j NEXT ASSY USED ON APPLICABLE
| APPLICATION DASH N0
} THE ASSEMBLY PART NUMBER IS THE DRAWING
* NUMBER AND THE DASH NUMBER THAT APPLIES
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARC IN INCHES
TOLERANCES ON — ■»
fractions occimals ANCLES ohawhJ!
* xfttSSs ** o—.i
00 NOT SCALE THIS DRAWING APPROVAL,
APPROVAL
INSTRUMENTATION LAB
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ked i*. A? 4/^ U
LIST Of MATERIALS _
MANNED SPACECRAFT CENTER
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CDU D TO A
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.,7 /80230 j IOC
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SEE NOTE 14 C 36
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. ALL CONNECTIONS TO BE MADE BY WELDING PER NO 1002005
4. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING
5. BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING
7. MARK PIN NUMBERS .060/100 HIGH (WHITE) AND ALL OTHER CHARACTERS .10Q/.140 HIGH (WHI1
PER NO 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS SHOWN
8. COMPONENTS TO BE CEMENTED IN PLACE fER ND 1002009 METHOD C AND CENTRALIZED
9. AR DENOTES AS REQUIRED
• 10. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
11. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM). UNLESS OTHERWISE i
SPECIFIED, PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH J
AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE ■
ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND ITS
I RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED .015. REMOVE ALL FLASHING I
f 12. ASSEMBLE FIND NO.31 AND FIND NO.32 PER ND 1002136 i
I 13. Q9 UNUSED LEAD TO BE CUT .04 ABOVE HEATSINK j
14. USE MIL-1-631 TYPE F, FORM U, GRADE C CLASS I, CATEGORY I IN 2 PUCES ONLY. SECURE !
TO FIND NO.3 WITH BOND PER ND 1002004.TYPE I
15. PROCURE PER PS 1007055. f 1
14. BONO FIND NO.37 TO FIND NO.31 PER ND 1002287
17. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069 '
14. ON ITEMS 2 AND 3 ]
BROKEN PATHS INDICATE SLEEVING
K INDICATES CATHODE SIDE OR DIODE *
FT ( ) INDICATES FEED THRU j
C INDICATES COLLECTOR LEAD OF TRANSISTOR j
! B INDICATES BASE LEAD OF TRANSISTOR
E INDICATES EMITTER LEAD OF TRANSISTOR
C ( ) INDICATES COLLECTOR LEAD OF MULTISTAGE TRANSISTOR
B ( ) INDICATES BASE LEAD OF MULTISTAGE TRANSISTOR
, E () INDICATES EMITTER LEAD OF MULTISTAGE TRANSISTOR
- 19. CUT UNUSED LEAD .090 MAX FROM CASE.
SO. bono a. .as min. ws/ioe perimeter oftnetop kmd bottom »t*aun_*T©«».a
-ro THE Ke-ATSIKJK And COAT a. .25 MINI. WIDE PERIMETER OMT-WK
onxt*&ide Surface op the insulatoqs p>e.r. ro 1002161 type I.
21 CLEAN MODULE .WHERE POSSIBLE.PRIOR TO BONDING OF WAFER BOARDS AND APPLICATION
OF COATING, MATERIAL , BY DEGREASING WITH FREON AND ISO-PROPYL ALCOHOL.
ADHESIVE AND COATING MATERIAL PER ND 100 2187 TYPE H.
APPLY MATERIAL AND COATING A5 INDICATED IN TABLE I •
\
4
1
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32 )SEE NOTE 12
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1010690-13
1008540-11
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1006787-2
1006757-1
1006776-21
1006782-4
1006775
1006025 -1
1010365
1010344-1
1010367
1010343-I
1010342
1010362-2
1010372 r<8
1010372 -8
1010370
1006755 - 57
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1010359-23
1010279-236
1010393-37
1006750-80
1006750 - 72
1006750-60
1006750-56
1006750 - 53
1006750-49
1006750-39
1006750-32
1006750-8
! 1010369-105
1010389-63
1008076-1
i 1008076-2
1 1007037
SECTION B-B
SECTION A-A
: 1007555.
007878 ~ ~
NEXT ASSY USED ON APPLICABLE
APPLICATION I PASH NO.
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
| QUANTITY REOUIRED J f
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARC M INCHES
TOLERANCES ON -« »
FRACTIONS decimals ANGLE* £*,*** J
* XxS&BSs ±,/Z
00 NOT SCAU THIS ORAWRW APPNOVAI
MATERIAL jj r ■rji m
otooe.
' GASKET, CONNECTOR MINIATURE
INSULATION. SLEEVING *22
WIRE.ELEC _
WIRE.ELEC _
I NSULATION. SLEEVING __
CONTACT WRAPOST MALE MIN
INSULATOR.WRAPOST MALE MIN
INSULATOR. BUSHING _
TRANSFORMER _
" TRANSFOR MER_
TRANSISTOR _;_
TRANSISTOR _
TRANSISTOR _
DIODE _ •
DTP PE
DIODE _
DIODE _
CAPACITOR _
CAPACITOR _
CAPACITOR _
CAPACITOR __
CA PACITOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR __
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR __
RESISTOR _
RESISTOR _
“ INSULAT OR, TOP _
INSULATOR. BOTTOM _
HEATSINK__
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
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SEE NOTE 19
I 1002009 METHOO H ANO CENTRALIZEO
NOTES:
1. INTERPRET DRAW IN6 IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327 i
2. ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005
4. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVa WIRING
5. BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRIN6
7. NARK PIN NUMBERS .060/.100 HI6H (WHITE) AND ALL OTHER CHARACTERS .10Q/.140 HIGH (WHI«
PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS SHOWN T
8. COMPONENTS TO BE CEMENTED IN PLACE PER I
9. AR DENOTES AS REQUIRED
10. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
11. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM). UNLESS OTHERWISE
SPECIFIED, PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH
AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND ITS
RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED .015. REMOVE ALL FLASHING
12. ASSEMBLE FIND NO.31 AND FIND NO.32 PER ND 1002136
13. Q9 UNUSED LEAD TO BE CUT .04 ABOVE HEATSINK
14. USE MIL-1-631 TYPE F, FORM U, GRADE C CLASS I, CATEGORY I IN 2 PUCES ONLY. SECURE
TO FIND NO.3 WITH BOND PER NO 1002004,TYPE I
, 15. PROCURE PER PS 1007055.
16. BOND FIND NO.37 TO FIND NO.31 PER NO 1002237
; 17. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069
. 18. ON ITEMS 2 ANO 3
, BROKEN PATHS INDICATE SLEEVING
K INDICATES CATHODE SIDE OR DIODE
^ FT ( ) INDICATES FEED THRU
C INDICATES COLLECTOR LEAD OF TRANSISTOR
• B INDICATES BASE LEAD OF TRANSISTOR
E INDICATES EMITTER LEAD OF TRANSISTOR
C ( ) INDICATES COLLECTOR LEAD OF MULTISTAGE TRANSISTOR
8 () INDICATES BASE LEAD OF MULTISTAGE TRANSISTOR
E ( ) INDICATES EMITTER LEAD OF MULTISTAGE TRANSISTOR
, » CUT UNUSED LEAD .030 MAX FROM CASE.
«X SOKIO A. . XS MiN. w/ioe PERIMETER OFTmC-Rjo *.MD EQrrTOM »i«*3u>u*T©».3
T° ~Th6 hE^TSIKIK A.K*0 COAT A. .25 MIN- WIDE PERl METER ONTHB
OP TM6 H49CJL.ATTOQ5 PER MO 1009.161 TYPE I.
or coffr m^w T £ gtA
MA T ERIAL PER *002187 T YPES;
ZZ. CLEAN MODULE 7/HERE POSSIBLE BY DEGREASING WITH FREON AND ISOPROPYL. ALCOHOL
PRIOQ TO ENCAPSULATION.
a. EXCEPT F05 **•-* HELICOIL MOUNTING SURFACE, PAINT ALL SURFACES PER ND 1002 J10
TYPE H, AF~E^ ENCAPSULATION, USING BLACK PAINT PER 1010729-4. CURE AT 140*F FOR
EIGHT HOURS' CONNECTOR PIN BLADES AND INSULATORS TO BE FREE FROM PAINT.
SECTION C-C
110075551
rr-
5*
SH.
1
' ■ 6 1 5
4 4 1
X >
1
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Q7
REF
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SECTION B-B
SEE NOTE 13
7
1
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i
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ref ;
1
|>
1
1
1
Q9
REF
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SECTION B-B
SEE NOTE 13
I >07555 -
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SEE NOTE 5
©
| REVISIONS |
■VKIttPTIOM
OATI
AWWDAL |
A
OEVISEC Pfc*
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3
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REVISES p££ "Oize 17^.1 o
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APPLICABLE DASH NO.
SER NO.
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SCALE 2/1
SECTION A-A
I007S75
NEXT ASSY
USED ON
APPLICABLE
DASH NO.
[ APPLICATION |
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE M INCHES
TOLERANCES ON
FRACTIONS DECIMALS ANGLE JI
XXXi&S
00 NOT SCALE THIS DRAWING
Ihcat TREATMENT
El
1010041
SCHEMATIC
REF
1
1010630-13
otooe.
36
|T
1008540-11
GASKET. CONNECTOR MINIATURE
37
AR 1
MIL-I-631
INSULATION, SLEEVING *22
36
AR
1006787-2
WIRE.ELEC
35
AR
1006757-1
WIRE.ELEC
34
AR
1006776-21
INSULATION, SLEEVING
33
II
1006782-4
CONTACT WRAPOST MALE MIN
32
~rr
1006775
INSULATOR.WRAPOST MALE MIN
3 1
9
1008025 -1
' INSULATOR, BUSHING
30
\
1010365
TRANSFORMER
29
2
1010344-1
TRANSFORMER
28
2 ,
1010367
TRANSISTOR
27
6
1010343-1
TRANSISTOR
26
l
1010342
TRANSISTOR
25
I
1010362-2
DIODE
24
~otowe =—
23
2
1010372 -18
DIODE
22
1
1010372-8
DIODE
21
10
1010370
DIODE
20
2
1006755 - 57
CAPACITOR
19
1
1010359-29 '
CAPACITOR
18
1
1010359-23
CAPACITOR
17
1
1010279-236
CAPACITOR
16 *
1
1010393-37 I
CAPACITOR
15
2
1006750 - 80
RESISTOR
14 -
»
1006750 - 72
RESISTOR
13
1
1006750-60
RESISTOR
12
l
006750-56
RESISTOR
T 1 '
2
1006750 - 53
RESISTOR
10
9
1006750 -49
RESISTOR
9
' 2 '
1006750-39
RESISTOR
8
6 '
1006750 - 32
RESISTOR
7
2
1006750 -8
RESISTOR
6
1
1010369-105
RESISTOR
5 ■
1
1010389-63
RESISTOR
4
1
1008076-1
INSULATOR, TOP
3
l
1008076 -2
Insulator, bottom
2
1
1007037
HEATSINK ! 1 |
_!!!_
EFFEC¬
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IDENTIFYING NO.
NOMENCLATURE ON
D€ SCRIPT ION
FIND 1
NO
| QUANTITY REQUIRED
LIST OF MATENIALS |
vy
M 1 T
INSTRUMENTATION LAB
_ „ Contract NAS 9-49'
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
MMWN y DATtlZ^M
CHECKED M
APPPOMA1 _‘ A J-T*.
APPROVAL Lf rTlfcj- /l - t-t* .
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J 1007555
SCALE 5/|
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Rl
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-0-70327
2. ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005
4. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING
5. BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING
7. MARK PIN NUMBERS .060/100 HIGH (WHITE) AND ALL OTHER CHARACTERS .10Q/.140 HIGH (WHIK
PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS SHOWN
8. COMPONENTS TO BE CEMENTED IN PLACE PER ND 1002009 METHOO H AND CENTRALIZED
9. AR DENOTES AS REQUIRED
10. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
11. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM). UNLESS OTHERWISE
SPECIFIED, PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH
AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND ITS
RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED .015. REMOVE ALL FLASHING
12. ASSEMBLE FIND NO.31 AND FIND NO.32 PER ND 1002136
13. Q9 UNUSED LEAD TO BE CUT .04 ABOVE HEATSINK
14. USE MIL-I-631 TYPE F, FORM U, GRADE C CLASS I, CATEGORY I IN 2 PLACES ONLY. SECURE
TO FIND NO.3 WITH BOND PER ND 1002004.TYPE I
15. PROCURE PER PS 1007055.
17. UNLESS 0THERW^SE^PEcTf lED^WIINNG^HALL. 2 MEET THE REQUIREMENTS OF ND 1002069
18. ON ITEMS 2 AND 3
BROKEN PATHS INDICATE SLEEVING
K INDICATES CATHODE SIDE OR DIODE
FT ( ) INDICATES FEED THRU
C INDICATES COLLECTOR LEAD OF TRANSISTOR
B INDICATES BASE LEAD OF TRANSISTOR
E INDICATES EMITTER LEAD OF TRANSISTOR
C ( ) INDICATES COLLECTOR LEAD OF MULTISTAGE TRANSISTOR
B ( ) INDICATES BASE LEAD OF MULTISTAGE TRANSISTOR
E ( ) INDICATES EMITTER LEAD OF MULTISTAGE TRANSISTOR
19. CUT UNUSED LEAD .030 MAX FROM CASE.
90. 80KID A. . 2.5 K/*iKk. WlOE PE.RiK4c.TE.** OFThBToP M40 BOTTOM »K*Si_j*_*rr©«.S
—o Th£ HB.6.T8IMK Amo COAT U. .25 MlKI. WlOE PERi METER OkTwC
outside Surface of the insulatoos per md tooiifti ~tvpe I.
21. Cl^AM m
Or CCA Hii
- -
MM
CLE /CD JIE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL. ALCOHOL
% TC ENCAPSULATION.
E/^=T FOR THEREUCOlL MOUNTING SURFACE PAINT ALL SURFACES PER NDI002I10
Ti'P? H, AFTER ENCAPSULATION, USING BLACK PAINT PER 1010729-4. CURE AT 140"F FOR
E HOURS. CONNECTOR PIN BLADES AND INSULATORS TO BE FREE FROM PAINT.
\
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\
7
6
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SEE NOTE 14
QB^GEr OB' SB 1 BjD
7
ITES: *
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327 ?
2. ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005
4. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING
5. BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRIN6
7. MARK PIN NUMBERS .060/.100 HIGH (WHITE) AND ALL OTHER CHARACTERS .10Q/.140 HIGH (WHI^
PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS SHOWN
8. COMPONENTS TO BE CEMENTED IN PLACE PER ND 1002009 METHOD H AND CENTRALIZED
9. AR DENOTES AS REQUIRED
10. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
11. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM). UNLESS OTHERWISE
SPECIFIED, PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH
AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND ITS
RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED .015. REMOVE ALL FLASHING
12. ASSEMBLE FINO NO.31 AND FIND NO.32 PER ND 1002136
13. Q9 UNUSED LEAD TO BE CUT .04 ABOVE HEATSINK
14. USE MIL-I-631 TYPE F, FORM U, GRADE C CLASS I, CATEGORY I IN 2 PLACES ONLY. SECURE
TO FIND NO.3 WITH BOND PER ND 1002004,TYPE I
15. PROCURE PER PS 1007055.
17. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069
18. ON ITEMS 2 AND 3
BROKEN PATHS INDICATE SLEEVING
K INDICATES CATHODE SIDE OR DIODE
FT ( ) INDICATES FEED THRU
C INDICATES COLLECTOR LEAD OF TRANSISTOR
B INDICATES BASE LEAD OF TRANSISTOR
E INDICATES EMITTER LEAD OF TRANSISTOR
C ( ) INDICATES COLLECTOR LEAD OF MULTISTAGE TRANSISTOR
B ( ) INDICATES BASE LEAD OF MULTISTAGE TRANSISTOR
E ( ) INDICATES EMITTER LEAD OF MULTISTAGE TRANSISTOR
19. CUT UNUSED LEAD .030 MAX FROM CASE.
iwauv.muw.a
: *=*-*u
v p e I.
OF C0ATW5 Mf-entH L . p i u cpt sluj mu h i j y, *
-aDUbSWE-ANfr MA TE RIAL "Fift- m I00 2\
Apply MATER I AL AN3 COATtttG AS IND I FAT frP -ltd TAftt - fe i •
22 .
23.
CLEAN MODULE V/HERE POSSIBLE BY DEGREASING WITH FREOH AND ISO-PROPYL. ALCOHOL
PRIOR TO ENCAPSULATION.
’EPT FOR THE HFLL COIL MOUNTING 5URFACE, PAINT ALL SURFACES PE.R 1401002110
>E H AFTER "N CAPSULATION, USING BLACK P^INT PER 1010729-4. CURE AT 140 F FOR
T. * rA .__ _ lueni ATnBS TO ftp PRPP PROM PAINT.
7
1007555
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SEE NOTE II —
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REV\SED PER TDRR 1<9 5>7 *££
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REVISED PER TDRR 2!^4T
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I
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SECTION B-B
SEE NOTE 13
[•00Y55;
2Z
1.550
REF
•APPLICABLE
MARKING VIEW
SCALE 2/1
SECTION A-A
—
““
1010041
SCHEMATIC
REF
'
1
1010630- IS
OlOOC
1
1008540-11
GASKET, CONNECTOR MINIATURE
37
AR
MIL-I-631
INSULATION. SLEEVING *22
,36_
AR
1006787-2
WIRE.ELEC
35
AR
1006757-1
WIRE.ELEC
34
AR
1006776 - 21
INSULATION, SLEEVING
,33-
II
1006782-4
CONTACT WRAPOST MALE MIN
32
11
1006775
INSULATOR.WRAPOST MALE MIN
31
9
1008025-1
INSULATOR, BUSHING
30
1
1010365
TRANSFORMER
29
1-1
2
1010344-1
TRANSFORMER
28
—
2
1010367
TRANSISTOR
27
—
6
1010343-1
TRANSISTOR
26
““
1
1010342
TRANSISTOR
25
—
—
—
1
=
1010362 -2
1010372 -*I8
DIODE
DIODE
24
23
22
2
"
1
1010372-8
DIODE
21
10
1010370
DIODE
20
2
1006755-57
CAPACITOR
19
1
1010359-29“ 1
CAPACITOR
18
1
1010359-23
CAPACITOR
17
'
1
1010279-236
CAPACITOR
16 "
1
1010393-37
CAPACITOR
15
2
006750-80
RESISTOR
14 -
1
006750 - 72
RESISTOR
13
1
006750-60
RESISTOR
12
■
1
006750-56
RESISTOR
,11
2
006750 - 53
RESISTOR
10
9
006750-49
RESISTOR
9
£
006750-39
RESISTOR
8
6
1006750-32
RESISTOR
7
2
1006750 -8
RESISTOR
6
1
1010369-105
RESISTOR
5 '
1
1010389-63
RESISTOR
4
_1
1
008076-1
INSULATOR, TOP
3
1
1
1008076-2
INSULATOR. BOTTOM
2
t
1007037
HEATSINK
1
Oil
TW1TY
MKT OR
OCNTIfYMG NO.
NOMCNCUkTUftC ON
DESCRIPTION
FMO
NO
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SEE NOTE 14 ( 3fe J
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2 ALL CQNNtui•• --
t=s=s«r™- «
E£iSS5K«^’ s?ri ^
9* AR DENOTES AS “EQUIRED encapsulating compound unless other*ise
«:— 1 •' 2plACES ~ v ‘ "* *
«■ ™ MD 1002004,TYK I
15 . PROCURE PER PS 1007055.
15 PROCURE per PS 1007055.
T “ w
? ;5i“g &K r«7
I r ri T No>o“« £ cou«?oj
I | \ Bias W™!& *£t.STA« TRANSISTOR
* CUT UNUSED^ LEAD .030 MAX FROM CASE^_ - - •
NO 1002069
q AMU r a-
«• S&^SLSSVK?" „„ ^ »*««««»»■>".
EE &. CONNECTOR P.H BE.KE .«»
SS&^VS
D
C
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE KITH STANDARDS PRESCRIBED BY MIL-D-70327
2. ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005
4. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING
5. BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING
7. MARK PIN NUMBERS .060/.100 HI6H (WHITE) AND ALL OTHER CHARACTERS .10Q/.140 HIGH (WHI«
PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS SHOWN
8. COMPONENTS TO BE CEMENTED IN PLACE PER ND 1002009 METHOO J AND CENTRALIZED
9. AR DENOTES AS REQUIRED
10. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
11. ENCAPSULATE MODULE PER ND 1002002 (BUCK POLYURETHANE FOAM). UNLESS OTHERWISE
SPECIFIED. PERIPHERAL ENCAFSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH
AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSUUNT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND ITS
RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED .015. REMOVE ALL FLASHING
12. ASSEMBLE FIND NO.31 AND FIND NO.32 PER ND 1002136
13. Q9 UNUSED LEAD TO BE CUT .04 ABOVE HUTS INK
14. USE MIL-1-631 TYPE F, FORM U, GRADE C CLASS I, CATEGORY I IN 2 PUCES ONLY. SECURE
TO FIND NO.3 WITH BOND PER ND 1002004.TYPF I
15. PROCURE PER PS 1007055.
17. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069
18. ON ITEMS 2 AND 3
BROKEN PATHS INDICATE SLEEVING
K INDICATES CATHODE SIDE OR DIODE
FT ( ) INDICATES FEED THRU
C INDICATES COLLECTOR LEAD OF TRANSISTOR
B INDICATES BASE LEAD OF TRANSISTOR
E INDICATES EMITTER LEAD OF TRANSISTOR
C ( ) INDICATES COLLECTOR LEAD OF MULTISTAGE TRANSISTOR
B ( ) INDICATES BASE LEAD OF MULTISTAGE TRANSISTOR
E ( ) INDICATES EMITTER LEAD OF MULTISTAGE TRANSISTOR
19. CUT UNUSED LEAD .030 MAX FROM CASE.
»*c TCR OF THE
>c. pcm M erre.
I9UH-K T OW.S
A
L
CLEAN MODULE WH 5 -'
PR ! CR TO ENCAPS--
25. EXCEPT FOR MCO. _•
USING 1010992 --
INSULATORS =1
Basing-w+th- freon pkopyl- attottet..
m K>02l 87^T ^ &-~-
iY degreasing with freon and iso-propyl, alcohol
3 SURFACE, PAINT ALL SURFACES PER ND 1002279,
= 09-4 PAINT. CONNECTOR PIN BLADES AND
‘A NT.
7
1007555
D
C
B
A
\
7
6
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327 \
2. ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005 *
4. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING
5. BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING
7. MARK PIN NUMBERS .060/.100 HIGH (WHITE) AND ALL OTHER CHARACTERS .100/140 HIGH (WHIS
PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS SHOWN
8. COMPONENTS TO BE CEMENTED IN PLACE PER ND 1002009 METHOD J AMO CENTRALIZED
9. AR DENOTES AS REQUIRED
10. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
11. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM). UNLESS OTHERWISE
SPECIFIED, PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH
AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEATS INK OUTLINE EXCEEDS THE
ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND ITS
RESPECTIVE ENCAPSULANT SURFACE SHALL NOT f.XCEED .015. REMOVE ALL FLASHING i
12. ASSEMBLE FIND NO.31 AND FIND NO.32 PER ND 1002136 ■;
13. Q9 UNUSED LEAD TO BE CUT .04 ABOVE HEATSINK ?
14. USE MIL-1-631 TYPE F, FORM U, GRADE C CLASS I, CATEGORY I IN 2 PUCES ONLY. SECURE
TO FIND NO.3 WITH BOND PER ND 1002004.TYPF I j
15. PROCURE PER PS 1007055.
!
17. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069
18. ON ITEMS 2 AND 3 j
BROKEN PATHS INDICATE SLEEVING 1
K INDICATES CATHODE SIDE OR DIODE
FT ( ) INDICATES FEED THRU !
C INDICATES COLLECTOR LEAD OF TRANSISTOR /
B INDICATES BASE LEAD OF TRANSISTOR
E INDICATES EMITTER LEAD OF TRANSISTOR
C ( ) INDICATES COLLECTOR LEAD OF MULTISTAGE TRANSISTOR s ,
B ( ) INDICATES BASE LEAD OF MULTISTAGE TRANSISTOR
E ( ) INDICATES EMITTER LEAD OF MULTISTAGE TRANSISTOR i
I
19. CUT UNUSED LEAD .030 MAX FROM CASE. \
I t6 M»M. WlOa PbRimCTCR OFThE 1U » AkH P ISJfTOM ii^ SULK P UHS
--^c^ th 6 h feATgmK a . ,g g mim. w t oc. peftiMC -
21. CLEAN MOWt^
BOARDj
OF COATING _ . _ _ _
' ADHESIVE COA T rnc^A Tg mL F€R N D IQO lr -
Zt. CLEAN MODULE WHERE POSSIBLE BY DEGREASINfc WITH FREON AND 150-PROPYL. ALCOHOL
PRIOQ TO ENCAPSULATION.
23. EXCEPT FCR MODULE MOUNTING SURFACE, PAINT ALL SURFACES PER ND 1002279,
USING 101C992. PRIMER 1008809-4 PAINT. CONNECTOR PIN BLADES AND
INSULATORS TO BE FREE OF PAINT.
24. MOISTURE PROOF PER ND 002292 AS REQUIRED 8Y FIND NO.@)iJSlNG INSULATION TAPE
IN ACCORDANCE WITH SCD I0088«> AND POLYURETHANE COATING PER SCD I0088S7
AFTER PAINTING AND STENCILLING . .
SECTION C-C
7
5
| 1007555
ioi<
SCHEMATIC
1007555
SEE NOTE
L
\
(
t
ITES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBES BY MIL-D-70327
2. ALL CONNECTIONS TO BE MADE BY WELDING PER MB 1002005
4. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRIN6
5. BLASE BBT ANB GROSS HATCHES WIRING INDICATES UPPER LEVEL BIRINS
7. HANK PIN NUMBERS .0G0/.100 HIGH (WHITE) ANB ALL OTHER CHARACTERS .10Q/.140 HIGH (WHITE)
PER ND 1002019 AND SERIALIZE PER NO 1002023. CENTRALIZE AS SHOWN
B. COMPONENTS TO BE CEMENTED IN PLACE PER NB 1002009 METHOD C AND CEMTRAUMD
9. AR DENOTES AS REQUIRED
10. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
11. ENCAPSULATE MODULE PER ND 1002002 (BLACX POLYURETHANE FOAM). UNLESS OTHERWISE
SPECIFIED, PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH
AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULANT OUTLINE, THE IMXIMUM DIMENSION BETWEEN ANY HEATSINK SURFACE AND ITS
RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED .015. REMOVE ALL FLASHING
12. ASSEMBLE FIND NO.31 AND FIND NO.32 PER NO 100213G
13. Q9 UNUSED LEAD TO BE CUT .04 ABOVE HEATSINK
14. USE MIL-1-631 TYPE F, FORM U, GRADE C CLASS I, CATEGORY I IN 2 PLACES ONLY. SECURE
TO FIND NO.3 WITH BOND PER NO 1002004,TYPE I
15. PROCURE PER PS 1007055.
14 . BOND FIND NO.37 TO FIND NO.31 PER ND 1002237
17. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF NB 1B02BSB
IN. ON ITEMS 2 AND 3
BROKEN PATHS INDICATE SLEEVING
K INDICATES CATHODE SIDE OR DIODE
FT ( ) INDICATES FEED THRU
C INDICATES COLLECTOR LEAD OF TRANSISTOR
B INDICATES BASE LEAD OF TRANSISTOR
E INDICATES EMITTER LEAD OF TRANSISTOR
C ( ) INDICATES COLLECTOR LEAD OF MULTISTAGE TRANSISTOR
B ( ) INDICATES BASE LEAD OF MULTISTAGE TRANSISTOR
E ( ) INDICATES EMITTER LEAR OF MULTISTAGE TRANSISTOR
30 ) SEE NOTE 19
mmxm
IDDI
IDDI
IEQI
IEL3I
I EDI
■EDI
I ESI
I Ell
IEDI
I Ell
■El
MWBi
■ESI
■Ell
■K±||
1 006777-29 _ CAPACITOR
008540-6 GASKET, CONNECTOR-MINIATURE
009530 SCHEMATIC, ELECTRICAL
008548 GASKET. CONNECTOR-MINIATURE
008540-5."~5AskeT, connector-miniaTUrs~
1006776-52
INSULATION. SLEEVIN
1006776-20
INSULATION, SLEEVIN
1006757-8
WIRE, ELEC
1006757-1
WIRE, ELEC
1006776-21
INSULATION, SLEEVIN
1006782 -5
CONTACT, WRAPOST W
1006775
Insulator, wraposT
MS20341-416B
nut
MS20341 -1 OB
"nDT
MS20341-4A
""nut
MS35338-78
WASHER, LOCK
1008071-5
WASHER, FLAT
1008071-4
WASHER, FLAT
1008070-5
WASHER. FLAT
1008024-4
WASHER. INSULATOR
1008024-3
WASHER, INSULATOR
1008024-2
WASHER, INSULATOR
1008024-1
WASHER, INSULATOR
1008021-2
BUSHING. INSULATOR
1008021-1
BUSHING, INSULATOR
1000287
AMPL MA25A-1
1000286
AMPL MA20A-1
1000285
AMPL PA36A-1
1010273-1
TRANS1 StOR
1010331-009
DIODE
1010322-001
DIODE
SEE NOTE 13
RESISTOR
1006750-56
RESISTOR
1010453-1
RESISTOR
1010399-16
RESISTOR
1010312-36
RESISTOR
1010449-2
RESISTOR
1010449-1
RESISTOR
1010364-368
RESISTOR
1007070
HEATSINK
APPLICABLE DASH NO.
\ QUANTITY REQUIRED l
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
TOLERANCES ON
FRACTIONS DECIMALS AM
* XX t.02 *
XXX 2.0QS
- DO NOT SCALE THIS DRAWING
1007577 __
NEXT ASSY USED ON APPLICABLE HEAT TREATME
APPLICATION DASH N0 .
THE ASSEMBLY PART NUMBER IS THE DRAWING FINAL FINISH.
NUMBER AND THE DASH NUMBER THAT APPLIES
LIST OF PARTS AND MATERIALS _
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS __
I MU TEMP CONTROLLER
ASSEMBLY
1007556
aeavooi
9
W* |!K»«I
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327.
2. ALL SOLDERING CONNECTIONS TO BE MADE PER ND 1002071.
3. CHECKED DOT INDICATES INTERMEDIATE LEVEL WIRING.
4. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
5. BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING.
6. K INDICATES CATHODE SIDE OF DIODE.
7. WELD PER ND 1002005 EXCEPT WHERE NOTED.
8. STAKE FIND NO. 2 THRU FIND NO. » AND ALL FEECTMRUS PER NO 1002009, METHOD C
9. AR DENOTES AS REQUIRED.
10. INDICATED AREAS TO BE FREE OF ENCAPSULATING COMPOUND.
11. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM) UNLESS OTHER¬
WISE SPECIFIED. PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL
HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEAT¬
SINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETWEEN
ANY HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EX¬
CEED .015. REMOVE ALL FLASHIN6.
12. ASSEMBLE FIND NO. 29 AND FIND NO. 30 PER ND 1002136.
13. R8 TO BE SELECTED AS ASSEMBLY, PART NO. AND DASH NO. AS MARKED ON AMPLIFIER
RANGE OF VALUES (OHMS) SHOWN ON CHART.
14. FILL PER ND 1002117.
15. MOUNTING TORQUE FOR FIND NO. 10 AND FIND NO. 11 10-12 INCH POUNDS.
16. MOUNT IN6 TORQUE FOR FIND NO. 12 30-34 INCH POUNDS.
17. MOUNTING TORQUE FOR FIND NO.S 13, 14, AND 15 4-1/2-5-1/2 INCH POUNDS.
18. MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS
SHOWN.
19. BOND FIND NO. 36, 37 AND 38 TO FIND NO. 29 PER ND 1002237.
20. UNLESS OTHERWISE SPECIFIED, WIRIN6 SHALL MEET THE REQUIREMENTS OF ND 1002069.
21. PROCURE PER PS 100709#
EEEEEEGGIIIEEGEEEEGEEGEEGGEGBUIIISEEEBGEGBfl
3
SEC NOTE 2
NOTES:
1. INTERPRET ORAN INS IN ACCORDANCE VITH STANDARDS PRESCRIBED BY MIL-O-70327.
2. ALL SOLDERINS CONNECTIONS TO BE MADE PER NO 1002071.
3. CHECKED DOT INDICATES INTERMEDIATE LEVEL VIRINS.
4. 1HITE DOT AND CLEAR BIRINS INDICATES LOWER LEVEL VIRINS.
5. BLACK DOT AND CROSS HATCHED BIRINS INDICATES UPPER LEVEL VIRINS.
S. K INDICATES CATHODE SIDE OF DIODE.
7. VELD PER NO 1002005 EXCEPT VHERE NOTED.
8. STAKE FIND NO. 2 THRU FIND NO. t AND ALL FEEOTMRUS PER NO 1008008, MET MOO C
9. AR DENOTES AS REQUIRED.
10. INDICATED AREAS TO BE FREE OF ENCAP9ULATIN6 COMPOUND.
11. ENCAPSULATE MODULE PER NO 1002002 (BLACK POLYURETHANE FOAM) UNLESS OTHER-
VISE SPECIFIED. PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL
HEATSINK VIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. VHEN THE HEAT¬
SINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETVEEN
ANY HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EX¬
CEED .015. REMOVE ALL FLASH IN6.
12. ASSEMBLE FIND NO. 29 AND FIND NO. 30 PER NO 1002136.
13. R8 TO BE SELECTED AS ASSEMBLY, PART NO. AND DASH NO. AS MARKED ON AMPLIFIER
RANGE OF VALUES (OHMS) SHOVN ON CHART.
U. FILL PER NO 1002117.
15. MOUNTING TORQUE FOR FIND NO. 41 AND FIND NO. 11 10-12 INCH POUNDS.
16. MOUNTING TORQUE FOR FIND NO. 12 30-34 INCH POUNDS.
17. MOUNTING TORQUE FOR FIND NO.S 13, 14, AND 15 4-1/2-5-1/2 INCH POUNDS.
18. MARK PIN NUMBERS .100/.060 HI6H (VHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (VHITE) PER NO 1002019 AND SERIALIZE PER NO 1002023. CENTRALIZE AS
SHOVN.
It. BOND FIND NO. 36 , 37 AND 38 TO FIND NO. 29 PER ND 1002237.
t& UNLESS OTHERVISE SPECIFIED, VIRINS SHALL MEET THE REQUIREMENTS OF NO 1002069.
21. PROCURE PER PS 1007058
22. APPUT SEALING COMPOUND PER MN.-S-22473 6RADE A.
9
%\A VSSED P£R
TFil B fziv'Tseo pe i
£> Zg VISED PE^TDee
C I REVISED PER TDRR i8U7
D | a»vYftgo PaQ.~r^an, vass^
V
INTERPRET ORAN IN6 IN ACCORDANCE NITH STANDARDS PRESCRIBED BY MlL-D-70327.
ALL SOLDERING CONNECTIONS TO BE MADE PER NO 1002071.
CHECKED DOT INDICATES INTERMEDIATE LEVEL WIRING.
WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRIN6.
BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRIN6.
K INDICATES CATHODE SIDE OF ^lODE.
WELD PER ND 1002005 EXCEPT WHERE NOTED.
STAKE FIND NO. 2 THRU FIND NO. 9 ANO ALL FEE0TMRUS' PER NO 1002009, METHOD C
AR DENOTES AS REQUIRED.
INDICATED AREAS TO BE FREE OF ENCAPSULATING COMPOUND.
ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM) UNLESS OTHER¬
WISE SPECIFIED. PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL
HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEAT¬
SINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETWEEN
ANY HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EX¬
CEED .015. REMOVE ALL FLASHING.
ASSEMBLE FIND NO. 29 AND FIND NO. 30 PER ND 1002136.
R8 T9 Bt-mfcCTfcD AO A90TMBLY, PART NO. AND DASH NO. AS MARKED ON AMPLIFIER
RANGE OF VALUES (OHMS) SHOWN ON CHART.
FILL PER ND 1002117.
, MOUNTING TORQUE FOR FIND NO. 41 AND FIND NO. 11 10-12 INCH POUNDS.
, MOUNTING TORQUE FOR FIND NO. 12 30-34 INCH POUNDS.
, MOUNTING TORQUE FOR FIND NO.S 13, 14, AND 15 4-1/2-5-1/2 INCH POUNDS.
, MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER NO 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS
SHOWN.
19. BOND FIND NO. 36, 37 AND 38 TO FIND NO. 29 PER NO 1002237.
2a UNLESS OTHERWISE SPECIFIED, VIRIN6 SHALL MEET THE REQUIREMENTS OF NO 1002069.
21. PROCURE PER PS 1007056
22. APPLY SEALINGCOMPOUNO PER IHL-S-22473 6RADE A.
SEE NOTE II’—^ I w I |M
SECTION A-A
SEE NOTE 161 22
MM
SIC N ° TE '°
SEE NOTE 15 A 22
SECTION B-B
(TYPICAL FOR CRI A CR2)
SECTION C-C
(ft) A \REV)3£D P£RTDRt*
njh B ‘ eev'i sto Pee.Toee
^ C {revised PER TDRR 18 U7 Ta '*gf
^ ~d~ «*vi«d p«hw» \assu ^ ^
"1“ g-tv\SCO PER. TDttg. »*4«4 r JJ r *■*•/'*■£.-
R7\ / \ \ R3\
/m p □ □
/ ‘—RED
-YELLOW
36 )SEE NOTE 19
f 37 ) SEE NOTE 19 M31
<38 ) SEE NOTE 19
IEiM IIt! ' HtB
■ KTI TIi M'ig
-fcEjKKSSE:!
1 . 1:1
* ' 4
SECTION D-D
PART NO
VALUE
PART NO
value
I0I03H-97
499
1010311-127
1020
-98
51 1
-128
1050
- 99
523
-129
1070
- 100
536
-130
1100
- 101
549
-131
1130
- 102
562
-132
1150
- 103
576
-133
1180
- *04
590
-134
1210
- IOS
604
-135
1240
- 106
619
-136
1270
- 107
634
-137
1300
- 108
649
-138
1330
-i?>9
665
-139
1370
- 110
68L
-140
1400
- Ill
698
-141
1430
- 112
715
-142
1470
- 113
732
-143
1500
- 114
750
-144
1540
- 115
768
-145
1580
- 116
787
-146
1625
- 117
806
-147
1650
- 118
825
148
1690
- 119
845
-149
1740
- 120
“566
-150
1780
- 121
"^887
-151
1820
- 122
909
-152
1870
- 123
931
-153
1910
- 124
953
-154
I960
- 125
976
-155
2000
- 126
1000
umvAm
IKQI
IKQI
I KID I
■ Bil l
mmmm
■EDI
iehhksl
■ 9T«MiMi
w rnnmbbmr:
■ Kn gTil iHP
■ gniv^tsi
■KJIK^^E
WZl MWiTcTT
IMU TEMP CONTROLLER
1007556 C3
rev :: \
; HEATSINK
PIO PC ~
TERMINAL LU6.SOLDER,FLAT
CAPACITOR
GASKET, CONNECTOR-MINIATURE
SCHEMATIC, ELECTRICAL
GASKET, CONNECTOR-MINIATURE
GASKET, CONNECTOR-MINlATUR£
r?2-
INSULATION,
>-20
INSULATION,
-8
WIRE, ELEC
’-1
WIRE, aEC
>-21
INSULATION,
!-5
CONTACT, W!
INSULATOR,
-416B
"NUT-
-1 OB
T
lEfeJK&I&ldiJHK
wASHEftrrocK-
WASHER, FLAT
WASHER, FLAT
1 008070-5
WASHER, FtAT
21
1 008024-4
WASHER. INSULATOR
20
1008024-3
WASHER, INSULATOR
19
1008024-2
WASHER, INSULATOR
18
1008024-1
WASHER, INSULATOR
17
1008021 -2
BUSHING, INSULATOR
16
1008021-1
BUSHING, INSULATOR
15
1000287
AMPL MA25A-1
14
1000286-011
AMPL MA20A-1
13
1000285-011
AMPL PA36A-1
12
1010273-1
TRANSISTOR
11
1010331-009
DIODE
—7010322-001 -
= P10D6^
9
SEE NOTE 13
RESISTOR
8
1006750-56
RESISTOR-
7
1010453-1
RESISTOR
6
1010399-16
RESISTOR
5
1010312-36
RESISTOR
4
1010449-2
RESISTOR
3
1010449-1
RESISTOR
2
1010364-368
RESISTOR
- fcr
—4007070"
MARKING VIEW
SCALE 2/1
-APPLICABLE DASH NO.
*07556
1007577 _
NEXT ASSY USED ON APPLICABLE
APPLICATION DASH NO
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
I QUANTITY REQUIRED
UNLESS otherwise specified
' DIMENSIONS Mi IN INCHES
" TOLERANCES ON
- FRACTIONS DECIMALS A
* XX *.02 ’
XXX 2.005
- 00 NOT SCALE THIS DRAWING
- MATERIAL
"«US DRAWN 1A
* CHECKED 6.
j_ APPROVAL 2
APPROVAL lJ
LIST OF PARTS AND MATERIALS _
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
IMU TEMP CONTROLLER
ASSEMBLY
COOE IOENT NO I SUE NASA DRAWING NO
80230 J 1007556
3
\
2
or I
24. EXCEPT FOR THE HELICOIL MOUNTIN6 SURFACE PAINT ALL
SURFACES PER ND 10021 10 TYPE II, AFTER ENCAPSULATION. USIM6
BLACK PAINT PER I010729'4. CURE AT 140* F FOR EIGHT MOORS.
CONNECTOR PIN BLADES AND INSULATORS TO BE FREE FROM
PAINT.
25, CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND
ISO-PROPYL ALCOHOL PRIOR TO ENCAPSULATION.
NOTES:
1. INTERPRET DRAWIN6 IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327.
2. ALL SOLDERING CONNECTIONS TO BE MADE PER ND 1002071.
3. CHECKED DOT INDICATES INTERMEDIATE LEVEL WIRING.
4. WHITE DOT AND CLEAR WIRIN6 INDICATES LOWER LEVEL WIRING.
5. BLACK DOT AND CROSS HATCHED HIRING INDICATES UPPER LEVEL HIRING.
6. K INDICATES CATHODE SIDE OF DIODE.
7. HELD PER ND 1002005 EXCEPT WHERE NOTED.
8. STAKE FIND NO. 2 THRU FIND NO. 9 AND ALL FEEDTHRUS PER ND 1002009. METHOD M
9. AR DENOTES AS REQUIRED.
10. INDICATED AREAS TO BE FREE OF ENCAPSULATING COMPOUND.
11. ENCAPSULATE MODULE PER NO 1002002 (BLACK POLYURETHANE FOAM) UNLESS OTHER¬
WISE SPECIFIED. PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL
HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEAT¬
SINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETWEEN
ANY HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EX¬
CEED .015. REMOVE ALL FLASHING.
12. ASSEMBLE FIND NO. 29 AND FIND NO. 30 PER ND 1002136.
13. no TO DC in rCTTP AT AnrMmr. PART NO. AND DASH NO. AS MARKED ON AMPLIFIER
RANGE OF VALUES (OHMS) SHOWN ON CHART.
14. FILL PER NO 1002117.
15. MOUNTING TORQUE FOR FIND NO. 41 ANO FIND NO. 11 10-12 INCH POUNDS.
16. MOUNTING TORQUE FOR FIND NO. 12 30-34 INCH POUNDS.
17. MOUNT IN6 TORQUE FOR FIND NO.S 13, 14, AND 15 4-1/2-5-1/2 INCH POUNDS.
18. MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS
SHOWN.
19. BOND FIND NO. 36, 37 AND 38 TO FIND NO. 29 PER ND 1002237.
2a UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069.
21 .
22 .
23.
PROCURE PER PS 1007099
APPLY SEALIN6COMPOUND PER MN.-S-22473 6RA0E A.
c
B
A
CONNECTOR PIN BLADES AND INSULATORS TO BE FREE FROM
PAINT.
2*. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND
ISO -PROPYL ALCOHOL PRIOR TO ENCAPSULATION.
NOTES:
1. INTERPRET 0RANIN6 IN ACCORDANCE NITH STANDARDS PRESCRIBED BY MIL-D-70327.
2. ALL SOLDERING CONNECTIONS TO BE MADE PER ND 1002071.
3. CHECKED DOT INDICATES INTERMEDIATE LEVEL VIRIN6.
4. 1HITE DOT AND CLEAR NIRIN6 INDICATES LOWER LEVEL RIRING.
5. BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRIN6.
«. K INDICATES CATHODE SIDE OF DIODE.
7. WELD PER ND 1002005 EXCEPT WHERE NOTED.
8. STAKE FIND NO. 2 THRU FIND NO. 8 AND ALL FEEDTMRUS PER NO 1002009, METHOD H
9. AR DENOTES AS REQUIRED.
10. INDICATED AREAS TO BE FREE OF ENCAPSULATING COMPOUND.
11. ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM) UNLESS OTHER¬
WISE SPECIFIED. PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL
HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEAT¬
SINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETWEEN
ANY HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EX¬
CEED .015. REMOVE ALL FLASHING.
12. ASSEMBLE FIND NO. 29 AND FIND NO. 30 PER NO 1002136.
13. R8 TO 8 6-mCCTED A9 AMCMBtY, PART NO. AND DASH NO. AS MARKED ON AMPLIFIER
RANGE OF VALUES (OHMS) SHOWN ON CHART.
14. FILL PER ND 1002117.
15. MOUNTIN6 TORQUE FOR FIND N0.4I AND FIND NO. 11 10-12 INCH POUNDS.
16. MOUNTING TORQUE FOR FIND NO. 12 30-34 INCH POUNDS.
17. MOUNTING TORQUE FOR FIND NO.S 13, 14, AND 15 4-1/2-5-1/2 INCH POUNDS.
16. MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS
SHOWN.
T
SECTION A-A
SECTION B-B
CTYPICAL FOR CRI t CR23
19. BOND FIND NO. 36 , 37 AND 38 TO FIND NO. 29 PER ND 1002237.
2a UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069.
21. PROCURE PER PS 1007056
SECTION C-C
3
8
6
1L
C-
-?*s
t u
! O'
24. EXCEPT FOR THE HELICOIL MOUNTING SURFACE PAINT ALL
SURFACES PER no 1002110 TYPE H. AFTER ENCA'PSULATlON. USING
. ER ,0,0729.4 CURE AT |40*F FOR EIGHT HOURS.
=a
MAX^j
—|k-:8§8
SEE NOTE 3
BLACL PAINT PER_ ,_ . .. . _ . __
CONNECTOR PIN BLADES ANb INSULATORS TO BE FREE FROM
PAINT.
25. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND
ISO-PROPYL ALCOHOL PRIOR TO ENCAPSULATION.
NOTES:
1.
2 .
3.
4.
5.
6 .
7.
8 .
9.
10 .
11 .
12 .
13.
14.
15.
16.
17.
18.
INTERPRET DRAW IN6 IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327.
ALL SOLDERING CONNECTIONS TO BE MADE PER NO 1002071.
CHECKED DOT INDICATES INTERMEDIATE LEVEL WIRING.
WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING.
K INDICATES CATHODE SIDE OF DIODE.
WELO PER NO 1002005 EXCEPT WHERE NOTED.
STAKE FIND NO. 2 THRU FIND NO. 9 ANO ALL FEEDTMRUS PER NO 1002009. METHOD H
AR DENOTES AS REQUIRED.
INDICATED AREAS TO BE FREE OF ENCAPSULATING COMPOUND.
ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM) UNLESS OTHER¬
WISE SPECIFIED. PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL
HEATSINK WIDTH ANO LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEAT¬
SINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETWEEN
ANY HEATSINK SURFACE ANO ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EX¬
CEED .015. REMOVE ALL FLASHING.
ASSEMBLE FIND NO. 29 ANO FIND NO. 30 PER NO 1002136.
R8 ID -BE-SELCCTCD AO ASSEMBLY-, PART NO. ANO DASH NO. AS MARKED ON AMPLIFIER
RANGE OF VALUES (OHMS) SHOWN ON CHART.
FILL PER ND 1002117.
MOUNTING TORQUE FOR FIND NO. 41 ANO FIND NO. 11 10-12 INCH POUNDS.
MOUNTING TORQUE FOR FIND NO. 12 30-34 INCH POUNDS.
MOUNTING TORQUE FOR FIND NO.S 13. 14. ANO 15 4-1/2-5-1/2 INCH POUNDS.
MARK PIN NUMBERS .100/.060 HIGH (WHITE) ANO ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER NO 1002019 ANO SERIALIZE PER NO 1002023. CENTRALIZE AS
SHOWN.
SEE NOTE 161 22
SEE NOTE 14
U .325 j
r •* i
« seif"
-SEE NOTE 10
27 '
SEE NOTE 15 4 22
SECTION A-A
SECTION B-B
CTYPICAL FOR CRI l CR2D
-97-
i 96 TO I
H-Ndi 29 P E R N B 100 2 637.
SECTION C-C
2a UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069.
21. PROCURE PER PS 1007056
22. APPLY SEALING COMPOUND PER MIL-S-22473 GRADE A.
23. GLEAM M Ot l iiiX WnfftT F P i w < j >cr_ru: z .c in/s , diiTu rn^, PB OPYI
y .o s op gx *c9**t or *
tfti T>6Q M B voo ate i T *g£ g*.
JT-r
! ir~iLw,rrim jrm ■—rrw j—tw/T.•«!
In
■*r
'~ r
^ 3 E/iS£D tor« imz 0 \ s ^ ^<4
' 5 ZBv istp PEzroee iit&Z
C REVISED PER TORR 18 \ 17
D Qtvi«fto ©•a'Tfeaa. v«sb<*
T~ g.EV\*f.PPCg. TPWL »»4»4 ~ 7 ^I
F REVISED PCR TPRR i95l8 *'£*/£&>
G R6yi*gp PW TPRR 20139
* K£VtS£D P£* TO#* BQH3**J _
J REVISED PER -Pag !
1
44
1010835-2 •
RESISTOR
2
43
1010855-1
RESISTOR
1
42
1008310
HEATSINK
1
41
1010 777-1
DIODE
~r
40
2008013-4
TERMINAL LU6.S0LDER.FLAt
T
36
1006777-29
CAPACITOR
1
38
1008540-6
GASKET, CONNECTOR-MINI A
X
1009530
36 HEMATIC. ELECTRICAL
1"
”37“
1008548
GASKET, C0NNECT0R-MINIA1
T
36
1008540-2
GASKET, CONNECTOR-MINI A"
TK
35
1006776-33
INSULATION. SLEEVING
AR
34
1006776-20
INSULATION, SLEEVING
AR
33
1006757-8
HIRE, ELEC
AR
32
1006757-1
•IRE, ELEC
AR
31
1006776-21
"TnsuCATI 6N,"5L££VING-
20
30
1006782-5
CONTACT, WRAPOST MALE-M
1666775
MS20341-416B
MS20341 -10B~
MS20341-4A
MS35338-78
1008071-5
1008071-4
1608676-5 ~
1 008024-4
1008024-3
1008024-2
1008024-1
1008021-2
1008021-1
"Hut
wr-
IDT
■ashwt
WASHER,
im -
TlaT -
- -4
S
WASHER,
TlaT -
in
WASHER.
TlaT -
WASHER.
INSULATOR
Q
WASHER.
Insulator
WASHER.
Insulator
WASHER,
insulator
BUSHING,
, INSULATOR
BUSHING,
, INSULATOR
1600237
1000286-011
1000285-0)1
1010273-1
1010331-009
' Aktf>L I4A25A-
AMPL MA20A-1
AUPL PA36A-1
Transistor
DIODE
SEE NOTE 13
RESISTOR
1006750-56
RESISTOR
1010453-1
RESISTOR
1010399-16
RESISTOR
1010313-36
RESISTOR
1010364-368
RESISTOR
1007577 I _
NEXT ASSY 1 USED ON APPLICABLE
APPLICATION_DASH NO.
I QUANTITY HEOUWED I
UNIXSS otherwise specified
DMUHIIOWI ARC M MCMCS
TOUMNCCS ON
fiuctiom occnmu anou* c
* XX *.02, * f
XXX ±005_ £
DO NOT SCAU THM Oi W WN t t
MATERIAL .
LIST OF PARTS AND MATERIALS _
MANNED SPACECRAFT CENTER
MOUHQN. TEXAS
I MU TEMP CONTROLLER
ASSEMBLY
80230 J 1007556
SCALE 5/^1 WT j SHEET | OF~
I .. . .. __
MODULE
24. FXCEPT FOR Ttt£ HEUCS t W MOUNT IN6 SURFACE, PAINT ALU _
SURFACES PER NO ^OC2UO TYPE E, AFTfcR £>UCM?SUt_ATtO«, »SmS ND1010991 PftlMER
BLACK pfrt nT PER ^-iigc EttP rtr«HT U OU K* . AND I0OBBO9-4 PAINT.
CONNECTOR PIN BLADES AND INSULATORS TO BE FREE OF
PAINT.
26. CLEAN MODULE WHERE POSSIBLE BY DEGREASIN6 WITH FREON AND
ISO'PROPYL ALCOHOL PRIOR TO ENCAPSULATION.
2fc. AFTER FINAL SYSTEM LEVEL ADJUSTMENT * SEAL ADJUSTING) SCREW OF R-4 PER NO VOODOOS MSTW>D J.
NOTES:
1. INTERPRET DRAW IN6 IN ACCORDANCE WITH STANDARDS PRESCRIBED BY IIIL-D-70327.
2. ALL SOLDER ING CONNECTIONS TO BE MADE PER ND 1002071.
3. CHECKED DOT INDICATES INTERMEDIATE LEVEL WIRING.
4 . WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
5. BLACK DOT AND CROSS HATCHED WIRIN6 INDICATES UPPER LEVEL WIRING.
6. K INDICATES CATHODE SIDE OF DIODE.
7. WELD PER ND 1002005 EXCEPT WHERE NOTED.
8. STAKE FIND NO. 2 THRU FIND NO. 9 AND ALL FEEDTHRUS PER NO 1002009, METHOD * J.
9. AR DENOTES AS REQUIRED.
10. INDICATED AREAS TO BE FREE OF ENCAPSULATING COMPOUND.
11 ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM) UNLESS OTHER-
* WISE SPECIFIED. PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL
HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEAT¬
SINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETWEEN
ANY HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EX¬
CEED .015. REMOVE ALL FLASHING.
12. ASSEMBLE FIND NO. 29 AND FIND NO. 30 PER ND 1002136.
13 no to gr in rnrn m mirum r part no. and dash no. as marked on amplifier
* RANGE OF VALUES (OHMS) SHOWN ON CHART.
14. FILL PER NO 1002117.
15. MOUNTING TORQUE FOR FIND N0.4I AND FIND NO. 11 10-12 INCH POUNDS.
16. MOUNTING TORQUE FOR FIND NO. 12 30-34 INCH POUNDS.
17. MOUNTING TORQUE FOR FIND NO.S 13, 14, AND 15 4-1/2-5-1/2 INCH POUNDS.
18. MARK PIN NUMBERS .1C0/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER NO 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS
SHOWN.
-*9H
I 16 0 22 37 7
2a UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069.
21. PROCURE PER PS 1007056
22 APPLY SEALING COMPOUNO PER M4-S-22473 6RA0E A.
23 tux— .mr nnrg.mg an n& a. ar> . 6 iMA WITH mtOH M t ft*
9
| NOTE 10
L»Q735e~
SEE NOTE 2
I-®
KE)
ENi CAPSULATION
liimit
29 J SEE NOTE 12
IcT) SEE NOTE 12
.000
.015
SECTION D-D
R8 |
PART NO
value
FART NO
VALUE
1010311-97
-98
499
1010311-127
1020
1050
1070
UOO
51 1
-128
-99
523
-129
- 100
536
-130
- 101
549
-I3»
1130
- 102
562
-132
1150
- 103
576
—133
| |0O
- 104
590
-134
1210
- I0S
604
-135
1240
- 106
619
-'36
1270
- 107
634
-137
1300
- 108
649
-138
1330
=no9
665
-139
1370
- no
681-
-140
1400
- Ill
698
-141
1430
- 112
715
-142
1470
- 113
732
-143
1500
- 114
750
-144
IS40
- IIS
768
-145
1580
- 116
787
-146
1620
- 117
806
-147
1650
- 118
82S
148
1690
- 119
845
-149
1740
- 120
866
-ISO
1780
- 121
'887
— ISI
1820
- 122
909
-152
1870
- 123
931
-153
1910
- 124
953
-154
I960
- 125
976
-155
2000
- 126
1000
1.550
REF
If
OD tf> 8
~7~
IMU TEMP CONTROLLER
1007596 C3
MARKING VIEW
SCALE 2 /1
APPLICABLE DASH NO.
Iff
Y
1"
y-:;
EMMONS m. M MCHCS
[tolerances on
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
—
—
AR
45
1010848-2
WIRE, ELECTRICAL- NICKEL
|
IT
1010835-2
RESISTOR
"2
IT
1010835-1
RESISTOR
"
l
IT
1008310
HEATSINK
"
nr
nr
1010 777-1
k DIODE ___
L
rr
JL
2008013-4
TERMINAL LU6.S0LDER.FLAt
__
39
1006777-29
CAPACITOR
i
38
1008540-6
CASKET, CONNECTOR-MINIATURE
X
"RIF
1009530
SCHEMATIC, ELECTRICAL
'
1
”57
10C9548
CASKET, CONNECTOR-MINIATURE
1
”3F
1008540-5
TBS
100677<-3B~~ - ~ ■
AR
34
1006776-20
insulation! SLEEVING
=Afi
pH
T006757-8
*i*£, ELEC —
AR
32
1006757-1
wire! aEC
AR
I3T
1006776-51
INSULATION, SLAVING
20
30
1006782-5
CONTACT, WRAPOST MALE-MINIATURE
“50
"2f
1006775
1
28
MS20341-416B
NUT
T
27
MS20341 -1 OB
NUT
6
26
MS20341-4A
“huT
6
25
MS35338-78
1
1008071-5
~r
1008071-4
WASHER, FLAT
j
6
55
1008070-5
washer. FlaT
_;
Zj
1
21
1008024-4
WASHER, INSULATOR
T
20
1008024-3
WASHER, INSULATOR
~T
19
1008024-2
WASHER, INSULATOR
— “ 1
2
~T8
1008024-1
WASHER, INSULATOR
1
17
1008021-2
BUSHING, INSULATOR
T
16
1008021-1
BUSHING, INSULATOR
1
"15
1000287
AMPL MA25A-1
1
14
1000286-011
AMPL MA20A-1
1
13
1000285-0)1
AMPL PA36A-1
1
1
12
1010273-1
TRANSISTOR
_
_
_
1
1
11
1010331-00$
DIODE
—
—
— 1
~T~
—-Hr
9
SEE NOTE 13
RESISTOR
i
8
1006750-56
RESISTOR
1
7
1010453-1
RESISTOR
~T*
6
1010399-16
RESISTOR
—
—
—:
j
=g
5~
1010312-36
RESISTOR
2
2
1010364-368
RESISTOR
=4=
011
EFFEC-
(TEH
HQ
FART OR IDENTIFYING
NUMBER
NOMENCLATURE
OR DESCRIPTION
NITTY
REQUIRED
LIST OF PARTS AND MATERIALS 1
u 8 JL.*
■HEAT treatment
NMnNUMCNTAnON LAN
HOUSTON. TEXAS
IMU TEMP CONTROLLER
ASSEMBLY
COOC DENT NO.
80230
|scau S/I
NASA DRAWING NO.
1007556
JS
I
s
8
\
V
. %X*"**-d*^> i
mrr*
5
3
2
MODULE
24. EXCEPT FOR THE UELICOtt, MOUNTING SURFACE PAINT ALL
SURFACES per no 4002440 TYPE n AFTER EiUCAPSULATlON, USJttG NO 1002219,USING 1010m PRIMER
BLACK RAtNT- PER tOtQ72»-/t PURE AT X4&T BOR EIGHT W O R &, AND 1006609-4- PAINT.
CONNECTOR fin BLADES AND INSULATORS TO BE FREE OF
PAINT.
25. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND
ISO-PPOPVL ALCOHOL PRIOR TO ENCAPSULATION.
Zb. AFTER Final SYSTEM LEVEL ADJUSTMENT, SEAL ADJUSTING SCREW OF R-A PER NDVOO'iOOS METHOD J
NOTES:
1 .
2 .
3.
4 .
5.
6 .
7.
8 .
9.
10 .
11 .
INTERPRET ORAt ING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MlL-D-70327.
ALL SOLDER IN6 CONNECTIONS TO BE MADE PER NO 1002071.
CHECKED DOT INDICATES INTERMEDIATE LEVEL WIRING.
WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING.
K INDICATES CATHODE SIDE OF DIODE.
WELD PER NO 1C02005 EXCEPT WHERE NOTED.
STAKE FIND NO. 2 THRU FIND NO. 9 AND ALL FEEDTHRUS PER NO 1002009, METHOD * J.
AR DENOTES AS REQUIRED.
INDICATED AREAS TO BE FREE OF ENCAPSULATING COMPOUND.
ENCAPSULATE MODULE PER NO 1002002 (BLACK POLYURETHANE FOAM) UNLESS OTHER¬
WISE SPECIFIED. PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL
HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEAT¬
SINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETWEEN
ANY HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EX¬
CEED .015. REMOVE ALL FLASHING.
ASSEMBLE FIND NO. 29 AND FIND NO. 30 PER NO 1002136.
Rft TO Bf qflH’Tn* part NO. AND DASH NO. AS MARKED ON AMPLIFIER
RANGE OF VALUES (OHMS) SHOWN ON CHART.
FILL PER NO 1U02117.
MOUNTING TORQUE FOR FIND NO. 41 AND FIND NO. 11 10-12 INCH POUNDS.
MOUNTING TORQUE FOR FIND NO. 12 30-34 INCH POUNDS.
MOUNTING TORQUE FOR FIND NO.S 13, 14, AND 15 4-1/2-5-1/2 INCH POUNDS.
MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER NO 1002019 AND SERIALIZE PER NO 1002023. CENTRALIZE AS
SHOWN.
—f9H
I I 00 g g37.
» . B O N D r iN D N O. 3 6 , 07 A N D 3 6 1
2a UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF NO 1002069.
21. PROCURE PER PS 1007056
22. APPLY SEALING COMPOUND PER MIL-S-22473 6RA0E A.
23 lii| | T VJ\ CHL EiuE ft*-* .niTu_mg^aki— k\ m uni
SECTION C-C
3
2
©-
27 BOND ITEM(T) TO ITEM (4Z) USING ND 1002004 TYPE I.THREADS MOST BE FREE OF EPOXY.
MODULE
24. EXCEPT FOR THE: HEUC3 * W MOUNTING SURFACE PAINT ALL
SUP FAC ES PER NO tOCg ttC TYPE S- 7 AFTfcR fcNCtf^SLfeATtON/ USING NO 1001179, USING 1010992 PRIMER
BLACfe-PAI NT PER >010729-4. CU« €=AT 44 0" f SQg EIGHT O &U Rfe . AND 1008609-4 PAINT.
CONNECTOR PIN BLADES AND INSULATORS TO BE FREE OF
PA’NT.
25. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND
ISO-PROPYL ALCOHOL PRIOR TO ENCAPSULATION.
24. AFTER FINAL SYSTEM LEVEL ADJUSTMENT, SEAL ADJUSTING 8CREW OF R-4 PER NO 1002009 METHOD 4•
OTES:
1. INTERPRET DRAW I NS IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327.
2. ALL SOLDERING CONNECTIONS TO BE MADE PER NO 1002071.
3. CHECKED DOT INDICATES INTERMEDIATE LEVEL WIRING.
4. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
5. BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING.
6. K INDICATES CATHODE SIDE OF DIODE-
7. WELD PER NO 1002005 EXCEPT WHERE NOTED.
8. STAKE FIND NO. 2 THRU FIND NO. 9 AND ALL FEEDTMRUS PER NO 1002009, METHOD * J.
9. AR DENOTES AS REQUIRED.
10. INDICATED AREAS TO BE FREE OF ENCAPSULATING COMPOUND.
11. ENCAPSULATE MODULE PER NO 1002002 (BLACK POLYURETHANE FOAM) UNLESS OTHER¬
WISE SPECIFIED. PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL
HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEAT¬
SINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXIMUM DIMENSION BETWEEN
ANY HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EX¬
CEED .015. REMOVE ALL FLASHING.
12. ASSEMBLE FIND NO. 29 AND FIND NO. 30 PER ND 1002136.
13 . no to at in mm n mrMniT. part no. and dash no. as marked on amplifier
RANGE OF VALUES (OHMS) SHOWN ON CHART.
14. FILL PER NO 1002117.
15. MOUNTING TORQUE FOR FIND NO. 41 AND FIND NO. 11 10-12 INCH POUNDS.
16. MOUNTING TORQUE FOR FIND NO. 12 30-34 INCH POUNDS.
17. MOUNTING TORQUE FOR FIND NO.S 13, 14, AND 15 4-1/2-5-1/2 INCH POUNDS.
18. MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER NO 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS
SHOWN.
SECTION A-A
SEE NOTE 16 A 22
-SEE NOTE i 7
SEE NOTE 15 A 22
SECTION B-B
(TYPICAL FOR CRI A CR2)
SECTION C-C
2a UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069.
21. PROCURE PER PS 1007096
22. APPLY SEALING COMPOUND PER MIL-S-22473 6RADE A.
23 . SLi. A U Y i 'hgffE "TSfi-Pii T P i ^ rat.-a. inn .CA.aortBxi nr/m
'""w
I KM
i
A ZcW$£D ?£i< T&«R Iin*Z8
_£> ZBVIStD PE£TDeC i7*>fi6
C REVISED PER TDRP !8 U7 ' z &*
D Q*v i «bd pwq-tydqa tsssw
T'~ g-lvlsYo PER. TpgR. »»4M4 * ^} r
F REVISED PEW TDRR t95l8 ~"*^
G Reyiseo pgm tor e 2ci35 j >' .
_H R£ V/SFD P£* TO#*
J REVISED PEtt tqrr Z 19 t,Z. ' L ^{ cr |
K REV I SED P ER TDRR 23888
L REVSED PER t D*?r"2^2®C"^3°'
~W\ REVISED PER ~DRR 05054, C ^ N
a
S3
59
SI
^r®)
■ L .OOP ENCAPSULATION
"^r jlMS LIMIT
„ 29 1 SEE NOTE 12
30 ) SEE NOTE 12
( ifi i agg >**
Jv IOCC fIMIL IV
n n □ □ □!
®)
SECTION D-D
T NO
VALUE
FART NO
VALUE
11-97
499
1010311-127
1020
** 98
51 1
-128
1050
- 99
523
-129
1070
- 100
536
-130
1100
- 101
549
-131
1130
- 102
562
-132
1150
- 103
576
-133
1180
- 104
590
-134
1210
- 105
6C4
-135
1240
- 106
619
-‘36
1270
- 107
634
-137
1300
- 108
649
-138
1330
~ro9
665
-139
1370
- no
681
-140
1400
- in
698
-141
1430
- 112
715
-142
1470
- 113
-J732_
-143
1500
- 114
750
—144
IS40
- 115
768
-145
1580
- 116
787
-146
162©
- 117
806
-147
1650
- 118
825
148
1690
- 119
845
-149
1740
- 120
866
-ISO
1780
- 121
‘887
-151
•820
- 122
909
-152
1870
- 123
931
-153
1910
- 124
953
-154
I960
- 125
976
-155
2000
- 126
1000
a> u> 8
o>4kuio>^ao«o3l
IMU TEMP CONTROLLER
1007556 CD
R EV J2 \
MARKING VIEW
SCALE 2/\
-APPLICABLE DASH NO.
IQUANTITY REQUIRED l
UNLESS OTHERWISE SPECIFIED
' DIMENSIONS AM IN INCHES
‘ TOLERANCES ON
- FRACTIONS DECIMALS ANGLES
1007577 _
NEXT ASSY USED ON APPLICABLE
APPLICATION DASH NO.
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
1010848-2 _ WIRE, ELECTRICAL- NICKEL
1010835-2 _ RESISTOR _
1010835-1 _RESISTOR
1006310 _HE
1010 777-1 _ JMOOE_
2008013 - 9 TERMINAL LU6,SOLDER.FLAT
1006777-29 CAPACITOR
1008540-6 GASKET, CONNECTOR-MI
IOQ9530 "SCHEMATIC,ELECTRICAL
1008548 GASKET, CONNECTOR-MI
1008540-2 ~5ASKEt, CONNECTOR-MIN
~ 4 0 0*7 76-27 —— INSULATION, -8L€EV^
1006776-20 INSULATION, SLEEVING
1006757-6 - BiR€, £LEC -
1006757-1 WIRE, ELEC
1006776-21-[TTSULATlON. SLAVING-
1006782 - 5 CONTACT, WRAPOST MALE-MINlATU
1006775 INSULATOR, WRAPOST
MS20341-416B NUT
MS20341-108 "NUT -
MS2 0341 - 4A “NUT ““
MS35338-78 .VASHEllT^LOfiK
1008071-5 WASHER, fLAT
1008071-4 WASHER, FLAT
1OO8070-5 WASHER. FLAT
1008024-4 WASHER. INSULATOR
1008024-3 _ WASHER, INSULATOR _
1008024-2 WASHER, INSULATOR
1008024-1 _ WASHER, INSULATOR _
1008021 -2 _ BUSHING, INSULATOR _
1008021-1 BUSHING, INSULATOR
1000287 AMPL MA25A-1
1 000286 -Oil AMPL MA20A-1
1000285-0(1 AMPL PA36A-1
1010273-1 TRANSISTOR
1010331-009 DIODE
- 101032 2-001 ■—- gtOOC -
SEE NOTE 13 RESISTOR
1006750-56 RESISTOR
1010453-1 RESISTOR
1010399-16 RESISTOR
1010312-36 RESISTOR
RESISTOR
-- HEATSINK
G NOMENCLATURE
_ OR DESCRIPTION _
UST OF PARTS AND MATERIALS _
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
IMU TEMP CONTROLLER
ASSEMBLY
COOE IOENT NO SUE NASA DRAWING NO.
80230 J 1007556
■ rC.
>755ft
-FT20
jSD/,
f r FTZ!
f&)2 REQD : j
@ z reqd set a rir*
see #ore 4
• E
see notes ajtn
~4S)
* *£
SEC NOTE 22-
)s££ HOFFS 8 Sell
! ffi'
C7 B£F
■;%<? •** fel
-.( tr
• SEE tfo-r
' oooi^l j ttotl#’.
.OI9WP'
I ''■$£ ....
r ■ £.’■
/ interpret mvm in accordance with standards prescribed by aa/l-d-jo^j
2 4LL CONNECTIONS TO BE MADE BY WELDING PER ND/OOZOOS, EXCEPT AS NOTED.
3.PEOCDES Pee PS Y007000. ______«„«•<•
\^7 U
A\\L FTZB
\ \ (06 A \
\
\ Y RtC\
\\\ W*2
07 \\\
, tcT\
wxm
^7 \\^
rpl2\
\ Ycr3\
L Id J
\\ «3 J
JpT\
fPJ3\
K 32 J
-SEE NOTE . 4 -
mr- 1*
3 ppocue.e pee P3 70O7O6O.
i ^s^y^sssss^^ y iss^'^^ iS f
TO MAXIMUM DIMENS,ONBErMENm HEATSINK
SURFACE AMO ITS RESPECTIVE EHCAP5ULANT SURFACE SPALL NOT EXCEED.0/5. REMOVE ALL FLASH/M6.
5. COMPONENTS TO BE CENTRALIZED AND BONDED IN PLACE PER ND ^009 METHOD C
C HARK PIN NUMBERS .060/100 HIGH (WH/TE) AND ALL OTHER CHARACTERS . 100/.140 HIGH (WHITE)
* PER ND/002Q/9 ANDSERIALIZE PER NDI00Z0Z3. CENTRALIZE PS SHOWN. TAB
7 ON ITEMS (T) AMD \3J I PART I
; w~
TABLE /
R. - CATHODE SIDE OF D/0DE
+ s PLUS SIDE OF CAPACITOR
- - MINUS SIDE OF CAPACITOR.
B - BASE LEAD OF TRANSISTOR
C 5 COLLECTOR. LEAD OF TRANSISTOR.
E - EMITTER LEAD OF TRANSISTOR
E, = EMITTER ONE LEAD OF TRANSISTOR
E 9 - EMITTER TWO LEAD OF TRANSISTOR
BROKEN PATH AND/CATES INSULATION SLEEVING
9. UNLESS P OTHER}NJsi^SPECIFIED. WIRING SHALL MEET THE R.EQUREMENTS OF ND 1002069.
10 BOND ITEM ( 55 ) ( ITE/lUo) TO ITEM Q±) PER HD1002232
11 ADJUST RIBBON LEVEL TO COMPENSATE FOR SOLDER TERMINAL TOLERANCE.
!Z MOUNTING TORQUE !0 TO IS INCH POUNDS FOR Q9 AND QH.
13 APPLY SEALING COMPOUND M/L-S-4-0003 CLASS 3/ TO NUT
14. INSTALL ITEMS Qj> ARO® ND 1002134. „ r „rT,\
IS MOUNTING TORQUE 4.5-5.5INCH POUNDS FOR ITEM (GO ) TO ITEM (gf)
li WHITE DOT AND CLEAR WIRING INDICATES FIRST LEVEL WIRING.
17. BLACK DOT AND CROSS HATCHED WIRING INDICATES SECOND LEVEL WIRING.
/A $ = /ND/CATES THIRD LEVEL WIRING.
19 (J — INDICATES FOURTH LEVEL WIRING.
20. SELECT C/3 FROM TABLE l BY ELECTRICAL TEST.
2/. ASSEMBLE AND TEST PER ATP 1007060.
22. INDICATED AREAS TO BE FREE OF ENCAPSULATION COMPOUND
23. PROCURE PER PS 1007060
NUMBER I CAPAC/TANCE\
/0/0359
DASH NO.
- /
47 •
-/3
470
-16
820
-10
1200
-19
1500
-20
/800
-2/
2200
-22
2700
-23
3300
-24
3900
-25
4700
-26
5600
-27
6800
-28
8200
-29
10.000
CHS CUT LENGTH
O/S 0FT/-Z (
TZ-S
m
PARTIAL SECTION A-A
TYPICAL FOR Ql 42’,
Q4 fSJ Q6 4 3j 984to
PARTIAL SECTION B-B
PARTIAL SECTION C-C
TYPICAL FOR Tie 2
PARTIAL SECTION D-D PARTIAL SECTION
TYPICAL FOR FT 1,2,3 Uhi
a. in ct c -ruDu IP '
AND FTS THRU 26
60) a REQD
2 EACH REQD
SEE NOTE /a
SEE NOTE ZOl
E3)tvp
pe^/sed pep tdpr it*?/
~ REVISED PER TORR I73S2
Rtf 1009543 _
' 70 1008540-/4
_69 1008544-//
' 68 J0/0359-
(.7 10CC77E- Z/
' 66 10/5699 _
' 6© /00802/-/
' 64 /006787-2
' 63 / OOG757- /
~ 62 ZOO 67 76-22
" AL 100802 5 -t
" 60 MS3564-9-42
" 59 M S3S& 50-/0*
~ 38 MS35338-2!
~ 57 MS/5795-204
" 56 1008020-/
33 1008024 -/
~ S4 /OOE775
~ 53 1606782-5
52 I0/0292-00j
ZJL J0/Q35 T-/_
50 fO/0365
49 /0/0275
~ 48 tQ/0397-ooi
~ 47 10/0307
~ 4 <*70/0357-/
~ 49 /0/OZQ9-/
44 I0/037Z-2*
43 /0/0362-Z
42 /Q/0393- 0Z9
41 /0/03S9-29
40 /0/0279-Z3Z
~~39 / 006755-85
~ 3 & i -83~~
37 I -g/
~ 36" 1 -77
" 35 t -73
34 1006755-SlT
~ 33~ 10/0+34-1
32 10/03 £8-/7
31 /0/03GA-G7O
30 10/0369-^36
29 /006~>50 ~ 4/
28 /006802 -/
~~zT /006760-53
26 1006750-81
25 l "
SCHE/1AT/C, ELECTRICAL
CONNECTOR MINIATURE
CASHEL CONNECTOR. M/N/ATU&E
CAPAC/TOR _
njSULAT'CKL /SLEEPING
INSULATOR, RELA V _
/NSOlATOR 3USH/A /C
W/re, elec r/e/c/>L _
W/RE, EL ECTR/CAL
/NSULAT/ON.SLEEV/NG
INSULATOR. B USH/MG
NUT PLA/N HEX _
nut.pla/n HEX
WASHER . LOCK/NQ
WASHER* PLAIN FLAT
. WAS HER j FLAT ..
WASHER INSULATOR
IN SULATOR WRAP0ST
' Contact wrapost
' TgZH!VAL.fE£D TWZU
" TRANSFORME R
' transformer.
‘ TRANS IS TOR.
transistor:
P/ODE _
DIODE _
CAPACITOR ~
CAPACITOR
THERM/SfOA
RESISTOR
4 1006750-10
3 /008584 2
Z 1008584-1
I 1008586
\ RES IS TO/3
‘ //ISO LAT OR, BOTTOh
INSULATOR. TOP
' HEATSINK _
I I nil ITEM | MIT Oft OCNTIFYM6 NOMENCLATURE
I I °” NO | NUM BER_ | OR DESCRIPTION _
QUANTITY ‘ REQUIRED! I LIST OF PARTS AND MATERIA LS
UNLESS otherwise specified |AC SPARK PLUG DIVISION.GMC| _MAWCD_
__ ~ I Milwaukee, wiscqnsw I SPACECRAFT CENTER
DRAWN
W*±.005 IcHECKM _
__ — DO NOT SCALE THIS DRAWING APVROVALUJB.
_ USED ON APPLICABLE -
APPLICATION DASH NO. NASA AftfftOWAE
THE ASSEMBLY PART NUMBER IS THE DRAWING _ /
NUMBER AND THE DASH NUMBER THAT APPLIES contact MAS 9-4-37 MIT ^
MOTOR DRIVE AMPLIFIER
AKID SELECTOR CIRCUIT
ASSEMBLY
X)C I DENT NO l SIZE I __ _ _
, 1007557
< 55)4 REQD
(&)2 R£QD
(5?) z reqd see NCI
see note 4
^rz \
ZPF1 /-ft 27
see notes afn
. rs J
see note 2 z-
*Sa PLACES'"O'* i
U l 2 PLACES 1
“^tz>
)see Nores 8&n
C 7 REF
OOO _sfr
.005 ^
□ \o a a
f
-see note*
:• I V
NOTES
/. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327 s
2. ALL CONNECTIONS TV BE MADE BY WELDING PER ND/0020QS, EXCEPT AS NOTED. L
3 ppocuze. pee PS 7007060. ^- y
4. ENCAPSULATE MODULE PER A/D /002OOP (BLACK POLYURETHANE FOAM). UNLESS
OTHERWISE SPECIFIED,PER>PHERAL ENCAPSULANTDIMENSIONS MAY EXCEED THE
NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF.OOS. WHEN
THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK
SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED.OiS. REMOVE ALL FLASH iN6 .
5. COMPONENTS TO BE CENTRALIZED AND BONDED IN PLACE PER ND /00Z009. METHOD C
G. MARK PIN NUMBERS .060/100 H/GH (WHITE) AND ALL OTHER CHARACTERS .100/140 HIGH (WHITE)
PER ND I0Q2QI9 ANJ2JER/ALIZE PER ND/002023. CENTRALIZE AS SHOWN. rAB>
t ON ITEMS CF) AND (J) I PART I
K - CATHODE SIDE OP 10/ODE
4 - PLUS SIDE OP CAPACITOR.
- - MINUS SIDE OP CAPACITOR
B - BASE LEAD OP TRANSISTOR
C - COLLECTOR. LEAD OP TRANSISTOR
E = EMITTER LEAD OF TRANSISTOR
E, = EMITTER ONE LEAD OP TRANSISTOR
E/ EMITTER TWO LEAP OP TRANSISTOR
BROKEN PATH INDICATES INSULATION SLEEV/NG
8. SOLDER PER ND1002071
9. UNLESS OTHERWISE SPECIFIED. WIRING SHALL MEET THE REQJREMENTS OF ND 1002069.
10. BOND ITEM (C9) $ ITEHWO) TO ITEM Q±) PER HD1002237.
11. ADJUST RIBBON LEVEL TO COMPENSATE FOR SOLDER TERMINAL TOLERANCE .
!Z. MOUNTING TORQUE lO TO 16 INCH POUNDS FOR Q9 AND QIL
13 APPLY SEALING COMPOUND MILS-40083 CLASS 31 TO NUT
14. INSTALL ITEMS (53) AND (54) PER ND 1002/36. __ __
15. MOUNTING TORQUE 4.S-S.S/NCH POUNDS FOR ITEM(cd) 70 ITEM QT)
16 WHITE DOT AND CLEAR WIRING /ND/CATES FIRST LEVEL W/R/NC
17. BLACK DOT AND CROSS HATCHEO W/R/NC INDICATES SECOND LEVEL W/R/NG.
18. 0 *= INDICATES THIRD LEVEL WIRING.
19. 0 — INDICATES FOURTH LEVEL W/R/NG.
20. SELECT C/3 FROM TABLE I BY ELECTRICAL TEST
21. ASSEMBLE AND TEST PER ATP I0070GO.
22. INDICATED AREAS 70 BE FREE OF ENCAPSULATION COMPOUND
23. PROCURE PER PS 1007040
24. BOND A .25 MIN. WIDE PERIMETER OF THE TOP AND BOTTOM INSULATORS
TO THE HEATSINK AND COAT A .25 MIN WIDE PERIMETER ON THE OUTSIDE
SURFACE OF THE INSULATORS PER ND 1002187 TYPE I.
TABLE f
PART
NUMBER CAPACITANCE
/0/0359
DASH NO.
• /
-13
•16
-IS
■ 1 $
-20
•21
■22
•23
•24
-25
-26
-21
■28
■23
o?S CUT LENGTH
OI5 0PTI-2 (
T2-S
.000jyr,
,0/S TyR
*•
PARTIAL SECTION A-A
TYPICAL FOR Qt P2 *
Q4tS ;Q643;Q8t/0
PARTIAL SECTION B-B
PARTIAL SECTION C-C
TYPICAL FOR TIG 2
PARTIAL SECTION D-D
TYPICAL FOR FT/,2,3
AND FTS THRU 28
PARTIAL SECTIO*
(65) 2 REQD
I ®^reod
/ @)2 REQD
/ /@)2eeod see notes 12&13
CONFIGURATION
WAFER AND
FLAT HEATSINK
WAFER AND
ADJACENT VER¬
TICAL HEATSINK
SURFACE
HEATSINK FOAM
CONTACT SURFACE
PERIMETER
TABLE n
BOND BETWEEN
WAFER AND
HEATSINK
TOP OF WAFER
AT PERIMETER
ADHESIVE .12 MIN 100% OF .25 MIN 100%
PERIMETER OF PERIMETER
.25 MIN 80% OF
_ PERIMETER _
ADHESIVE CORNER FILLET 4 .25 MIN 100%
VERTICAL SURFACE OF PERIMETER
TO WITHIN .03 -.03
OF EXTERNAL
_ SURFACE, , _
PRIMER N/A N/A
HEATS INK-FOAM CONTACT
SURFACE ADJACENT TO
HEATSINK EXTERNAL SUR-
FACE
N/A
j. 25 MIN WIDTH OR TOTAL
AVAILABLE ON 90% OF PERI¬
METER TO WITHIN .03 TO
.0(o OF EXTERNAL EDGE
_revisions yyj J
SVM ZONE_ DCSCWIPTIQH
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c HARK P/N NUMBERS .060/100 H/GH(WHYTE) AND ALL OTHER CHARACTERS .100/140 HIGH (WHITE)
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8 SOLDER. PER NO1002071
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U ADJUST RIBBON LEVEL TO COMPENSATE FOR SOLDER TERMINAL TOLERANCE.
It MOUNTING TORQUE IO TO Ho INCH POUNDS FOR Q9 AND OH.
13 APPLY SEALING COMPOUND MIL-S-400B3 CLASS 3 / TO NUTT
14 INSTALL ITEMS (53) AND (54) PER ND 1002136. ^ _
15 MOUNTING TORQUE 45-5.5 INCH POUNDS FOR /T£M(GO) TO ITEM QT)
16 WHITE DOT AND CLEAR WIRING INDICATES FIRST LEVEL WIRING.
17. BLACK DOT AND CROSS HATCHED WIRING INDICATES SECOND LEVEL WIRING.
18. 0 = INDICATES THIRD LEVEL WIRING.
19. <J — INDICATES FOURTH LEVEL WIRING.
20. SELECT C/3 FROM TABLE I BY ELECTRICAL TEST
Zl ASSEMBLE AND TEST PER ATP 1007060.
22. INDICATED AREAS TO BE FREE OF ENCAPSULATION COMPOUND
23. PROCURE. PER PS 1007040
^SONUA MtN Wmi PERIMETER OF. THE-TOP AND BOTTOM INSULATORS
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25 CLEAN MODULE WHERE POSSIBLE PRIOR TO BONDING OF WAFER BOARDS AND APPLICATION
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NUMBER _ I OB DESCRIPTION _
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“** _HOUSTON TEXAS
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4 ENCAPSULATE MODULE PER ND1002002 (BLACK POLYURETHANE FOAM/. UNLESS
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SEE NOTE 4-
SEE NOTES BSh /
SEE NOTES 6SII
THE H^TSINKOUTLINE EXCEEDS THE ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK
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S. COMPONENTS TO BE CENTRALIZED AND BONDED IN PLACE PER ND /00Z009. METHOD C
C NARK PIN NUMBERS .060/100 HIGH (WHITE) AND ALL OTHER CHARACTERS .100/. 14X3 HIGH (WHITE)
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7 ON ITEMS
K - CATHODE SIDE OP D/ODE
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- - MINUS SIDE OF CAPACITOR.
B - BASE LEAD OF TRANSISTOR.
C - COLLECTOR. LEAD OF TRANSISTOR
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E, = EMITTER ONE LEAD OF TRANSISTOR
E 9 - EMITTER TWO LEAP OF TRANSISTOR
BROKEN PATH INDICATES INSULATION SLEEVING
8 SOLDER PER ND1002071
9. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069.
10 BOND ITEM (£ 5 ) (ITSN {70) TO ITEM Qt) PER ND 1002237.
// ADJUST RtBBOAJ LEVEL TO COMPENSATE FOR SOLDER TERMINAL TOLERANCE.
R MOUNTING TORQUE 10 TO /£ INCH POUNDS FOR Q9 AND ON.
13, APPLY SEALING COMPOUND M/L-S 4-0083 CLASS 31 TO NUT
14. INSTALL ITEMS Qj) AND@) PER ND 1002/36.
IS MOUNTING TORQUE 4.5-5.5 INCH POUNDS FOR ITEM (GO) TO ITEM (if)
11 WHITE DOT AND CLEAR WIRING INDICATES FIRST LEVEL WIRING
17 BLACK DOT AND CROSS HATCHED WIRING INDICATES SECOND LEVEL WIRING.
!8 ® = INDICATES THIRD LEVEL WIRING.
19. d — INDICATES FOURTH LEVEL WIRING.
20. SELECT C/3 FROM TABLE I BY ELECTRICAL TEST
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Z2 INDICATED AREAS 70 BE TREE OF ENCAPSULATION COMPOUND
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PARTIAL SECTION D-D PARTIAL SECTIOIj
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AND FTS THRU 28
25 CLEAN MODULE WHERE POSSIBLE PRIOR TO BONDING OF WAFER BOARDS AND APPLICATION OF COATING
MATERIAL BY DEGREASING WITH FREON AND ISO-PROPYL ALCOHOL. ADHESIVE AND
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K- CATHODE SIDE OF D/ODE
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8. SOLDER PER NO 1002071
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16. B OND ITEM (C9) I i rfN{7&) TO !TF M <5£)PFR MB WO2237
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15. MOUNTING TORQUE 4.S-S.S INCH POUNDS FOR ITFM(g3) 70 ITEM (sT)
16 WHITE DOT AND CLEAR WIRING INDICATES FIRST LEVEL W/R/NC
17. BLACK DOT AND CROSS HATCHED W/R/NC INDICATES SECOND LEVEL W/R/NG
18. ® = INDICATES THIRD LEVEL W/R/NG.
19. <3 — INDICATES FOURTH LEVEL W/R/NG.
20. SELECT C/3 FROM TABLE L BY ELECTRICAL TEST
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22. INDICATED AREAS TO BE FREE OF ENCAPSULATION COMPOUND
23. PROCURE PER PS 1007060
2 4 . BON D/ * ^5/m/W mF PERI M ETE R OF TH E/TQfAN D BOTTOM INSULATORS
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TABLE f
PART
NUMBER CAPACITANCE
10/0359 JVMF
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26. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL ALCOHOL
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27. EXCEPT FOR THE HEL1C01L MOUNTING SURFACE. PAINT ALL SURFACES PER NDI002II0 TYPE H
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E = EMITTER LEAD Of TRANSISTOR.
E, = EMITTER ONE LEAD OF TRANS/STOR
E-z EMITTER TWO LEAP OF TRANSISTOR
BROKEN PATH INDICATES INSULATION SLEEVING
8. SOLDER PER ND1002071
9. UNLESS OTHERWISE SPECIFIED , WIRING SHALL MEET THE REQUREMENTS OF ND 1002069.
-KX.B OND ITEM (&9) 4 tTEHUO) TO ITEM Q£) PER HD*002237 .
II. ADJUST RIBBON LEVEL TO COMPENSATE FOR SOLDER TERMINAL TOLERANCE.
H. MOUNTING TORQUE 10 TO 16 INCH POUNDS FOR Q9 AND OH-
13. APPLY SEALING COMPOUND M/L-S-400&3 CLASS 31 TO NUT.
/4. INSTALL ITEMS (£j) AND(S$) PER ND 1002/36. _
IS. MOUNTING TORQUE 4.5-£.5 INCH POUNDS FOR IT£M(cd) TO ITEM ( 37 )
16 WHITE DOT AND CLEAR WIRING INDICATES FIRST LEVEL WIRING.
17. BLACK DOT AND CROSS HATCHED W/RINC INDICATES SECOND LEVEL W/R/NG.
IS. ® = INDICATES THIRD LEVEL WIRING.
19. 0 — INDICATES FOURTH LEVEL WIRING.
20. SELECT 03 FROM TABLE I BY ELECTRICAL TEST.
21. ASSEMBLE AND TEST PER ATP 1007OGO.
22. INDICATED AREAS TO BE FREE OF ENCAPSULATION COMPOUND
23. PROCURE PER PS 1007060
24 . BOND A .25 AN/F W tOE PEAtML TER OF THE ~TOPAN& SO TTOM/AISULATOAS
TABLE f
PART
NUMBER CAPACITANCE
/0/0359
PASH HO.
- /
-/3
NO
•Id
•If
-20
-21
-22
-23
-24
-25
-26
-27
-28
-29
CUT LENGTH
5 OFT/-2 4
T2-S
PARTIAL SECTION A-
TYPICAL FOR Ql f 2 •
Q4iS;Q643iQ8t/b
PARTIAL SECTION B-B
PARTIAL SECTION C-C
TYPICAL FOR TIG2
PARTIAL SECTION D-D
TYPICAL FOR FT/,2,3
AND FTS THRU 28
PARTIAL
26. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL ALCOHOL
PRIOR TO ENCAPSULATION.
27. EXCEPT FOR THE MODULE MOUNTING SURFACE, PAINT ALL SURFACES PER N0IOO2279,
USING 1010992 PRIMER AND 1006009-4 PAINT. CONNECTOR PIN BLADES AND INSULATORS
TO BE FREE OF PAINT.
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3 procure Pee P5 1007060 .
4. ENCAPSULATE MODULE PER NO 1002002 (BLACK POLYURETHANE FOAM). UNLESS
NOTES 8&H
p
99
REF
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000 £//.
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NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF.OOS. WHEN
THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK
SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED. OIS. REMOVE ALL FLASHING.
S. COMPONENTS TO BE CENTRALIZED AND BONDED IN PLACE PER NO /002009. METHOD J
G. HARK PIN NUMBERS .060/100 HIGH(WHITE) AND ALL OTHER CHARACTERS .100/140 H/GH (WHITE)
PER NDI002QI9 ANDSERIALIZE PER ND/OOZOZ3. CENTRALIZE PS SHOWN.
7 ON ITEMS (T) AND (3J
TABLE /
K = CATHODE SIDE OF D/ODE
4 = PLUS SIDE OF CAPACITOR.
- - MINUS SIDE OF CAPACITOR
B - BASE LEAD OF TRANSISTOR
C - COLLECTOR, LEAD OF TRANSISTOR
E - EMITTER LEAD OF TRANSISTOR
E, = EMITTER ONE LEAD OF TRANSISTOR
E z - EMITTER TWO LEAD OF TRANSISTOR
BROKEN PATH INDICATES INSULATION SLEEVING
8. SOLDER. PER ND1002071
9. UNLESS OTHERWISE SPECIFIED. WIRING SHALL MEET THE REQUREMENTS OF ND 1002069.
10. BOND ITEM {69} t f f iH\T0\T 0 IT€M (54) PER-HD*0022 39
11. ADJUST RIBBON LEVEL TO COMPENSATE FOR SOLDER TERMINAL TOLERANCE .
12. MOUNTING TORQUE 10 TO 16 INCH POUNDS FOR 09 AND QH.
13. APPLY SEALING COMPOUND MIL-S- 4*00 B3 CLASS 3 / TO NUT
14. INSTALL ITEMS (3j) AND (54) PER ND 1002/36. ^
15. MOUNTING TORQUE 4.S-5.SINCH POUNDS FOR ITEM(cd) 70 ITEM Q7)
16 WHITE DOT AND CLEAR WIRING INDICATES FIRST LEVEL WIRING.
17 BLACK DOT AND CROSS HATCHED WIRING INDICATES SECOND LEVEL WIRING.
18. ® *= INDICATES THIRD LEVEL WIRING.
19. O — INDICATES FOURTH LEVEL WIRING.
20. SELECT C/3 FROM TABLE Z BY ELECTRICAL TEST.
21. ASSEMBLE AND TEST PER ATP 1007060.
22. INDICATED AREAS 70 BE FREE OF ENCAPSULATION COMPOUND
23. PROCURE PER PS 1007060
PART
NUM8EP
/Of0359
CAPACITANCE
JVM 7
HASH HO.
- /
47
-/3
470
-16
820
-/e
1200
-19
1500
-20
/800
•2/
2200
-22
2700
-23
3300
-24
3900
-25
4700
•26
5600
-27
6800
-28
8200
-29
/QJDOO
'ofs CUT LENGTH , A
0,5 OFT!-2 4 V\
T2-S ' A
.000
.015
TYP
PARTIAL SECTION A-A
TYPICAL FOR Qlf2*.
Q4 $51QG 4 3j Q8t/0
PARTIAL SECTION B-B
PARTIAL SECTION C-C
TYPICAL FOR TIB2
PARTIAL SECTION D-D PARTIAL SECTION!
TYPICAL FOR FT/,2,3
AND FTS THRU 28
26. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL ALCOHOL
PRIOR TO ENCAPSULATION.
27. EXCEPT FOR THE MODULE MOUNTING SURFACE, PAINT ALL SURFACES PER ND1002279,
USING 1010992 PRIMER AND 1006009*4 PAINT. CONNECTOR PIN BLADES AND INSULATORS
TO BE FREE OF PAINT. __
TO i
NOi
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1007557
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4 ENCAPSULATE MODULE PERNDI002002(BLACK POLYURETHANEFOAby UNLESS
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THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK
SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED.OIS. REMOVE ALL FLASHING.
5. COMPONENTS TO BE CENTRALIZED AND BONDED IN PLACE PER ND 1002009. METHOD
G HARK PIN NUMBERS .060/100 HIGH (WHITE) AND ALL OTHER CHARACTERS . 100/.140 HIGH (WHITE)
* PER ND10020)9 ANDSERtAUZE PER ND/002023. CENTRALIZE AS SHOWN. TAB
7 ON ITEMS (T) AND (Jj I PART I
-SEE NOTE*
Ui
K- CATHODE SIDE OP0/ODE
+ r PLUS SIDE OP CAPACITOR
- - MINUS SIDE OP CAPACITOR.
B - BASE LEAD OP TRANSISTOR.
C - COLLECTOR. LEAD OP TRANSISTOR.
E - EMITTER LEAD OF TRANSISTOR
E, = EMITTER ONE LEAD OP TRANSISTOR
EMITTER TWO LEAD OP TRANSISTOR
BROKEN PATH INDICATES INSULATION SLEEVING
8 SOLDER. PER ND1002071
9. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUREMENTS OF ND IOOZOG9.
10 BOND ITEM \69) (ITEHKjO) TO ITEM® PER HDI002237. _
// ADJUST RIBBON LEVEL TO COMPENSATE POR SOLDER TERMINAL TOLERANCE .
!Z MOUNTING TORQUE IO TO 16 INCH POUNDS FOR 09 AND QH.
13 APPLY SEALING COMPOUND MIL-S’4-0063 CLASS 31 TO NUT
14 . INSTALL ITEMS <3 AND® PER ND 1002/36.
IS MOUNTING TORQUE 4.S-5.5INCH POUNDS FOR ITEM® TO ITEM®
/£ WHITE DOT AND CLEAR WIRING INDICATES FIRST LEVEL WIRING
17. BLACK DOT AND CROSS HATCHED W/R/HC INDICATES SECOND LEVEL WIRING.
11 & *= INDICATES THIRD LEVEL WIRING.
M. O — INDICATES FOURTH LEVEL WIRING.
20. SELECT 03 FROM TABLE I BY ELECTRICAL TEST.
21 ASSEMBLE AND TEST PER ATP 1007060.
22. INDICATED AREAS 7D BE FREE OF ENCAPSULATION COMPOUND
23. PROCURE PER PS 1007060
TABLE f
PART
NUMBER CAPACITANCE
/0/0359
HASH HO.
MM f
• /
47
-/3
470
•16
820
•id
1200
•19
1500
•20
1800
•21
2200
•22
2700
•23
3300
•24
3900
•25
4700
•26
5600
•27
6800
•28
6200
•29
/ 0.0 00
MS CUT LENGTH
OPT/-2 4
T2-S
.OOOjyp
.OIS 77 *
PARTIAL SECTION A-A
TYPICAL FOR Ql 4 2 ?
Q+tS;Q643)Q84/b
PARTIAL SECTION B-B
PARTIAL SECTION C-C
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PARTIAL SECTION D-D
TYPICAL FOR 771,2,3
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1007557
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INTERPRET DRANIN6 IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327.
ALL CONNECTIONS TO BE MADE BY VELDIN6 PER ND 1002005
MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS
SHOWN.
AR 0EN0TES AS REQUIRED
INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
BOND FIND NO. 1 TO FIND NO. 2 PER ND 1002004 TYPE I.
ENCAPSULATE PER ND 1002036 CURING CYCLE B. UNLESS OTHERWISE SPECIFIED,
PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH
AND LENGTH DIMENSIONS BY A MAX OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS
THE ENCAPSULANT OUTLINE THE MAX DIMENSION BETWEEN ANY HEATSINK SURFACE
AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED .015. REMOVE ALL
FLASH IN6
PROCURE PER PS 1007058
MUST MEET REQUIREMENTS OF ND 1002136
BOND FIND NO. 7, NO. 8 AND NO. 9 TO FIND NO. 3 PER NDI002237
UNLESS OTHERWISE SPECIFIED, WIRIN6 SHALL MEET THE REQUIREMENTS OF ND 1002069
WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRIN6
BLACK DOT AND CROSS HATCHED WIRIN6 INDICATES UPPER LEVEL WIRING
C.EAN MODULE lAMEBSr POSSIBLE BY DECREASING A/lTH PE EON *
AND ISO'PBOPYL A-COHOL PElOtt TO ENCAPSULATION.
EXCEPT FOR THE WELIGOU- MOUNTING SURFACE, PAINT ALL SURFACES
PER NO 1002110 TYPE U ; AF^ER ENCAPSULATION. USING 0LAC&
PAINT PER 1010729-4. CUEE AT t40°P FOB El^MT HOURS. COKJNeCTOlf
Pin Blades and insulators to bb fcbi from paint
FORWARD-BACKWARD COUNTER
ANO COMPUTER OUTPUT
1007558 C-i:REVLL“'J
SER NO. A X.
1008540-5
' 1008540-4
' 1008540-11
' 1006757-1
" 1006776-20
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SCALE i /\
’ I QUANTITY REQUIRED I
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MATERIAL
I SCHEMATIC. ELEC
GASKET. CONNECTOR MINIATURE
GASKET. CONNECTOR MINIATURE •
GASKET. CONNECTOR MINIATURE
WIRE. ELECTRICAL _
INSULATION SLEEVING _
CONTACT. WRAPOST MALE MINIATURE
INSUlaTOR, fftAMSTUALE MlKwnjg
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FWD-BACKWARO CTR k CMPT OTPT^SAf
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1007558
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INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327.
ALL CONNECTIONS TO BE MADE BY WELDING PER NO 1002005
MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER NO 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS
SHOWN.
AR DENOTES AS REQUIRED
INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
BOND FIND NO. 1 TO FIND NO. 2 PER ND 1002004 TYPE I.
ENCAPSULATE PER ND 1002036 CURING CYCLE B. UNLESS OTHERWISE SPECIFIED,
PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH
AND LENGTH DIMENSIONS BY A MAX OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS
THE ENCAPSULANT OUTLINE THE MAX DIMENSION BETWEEN ANY HEATSINK SURFACE
AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED .015. REMOVE ALL
FLASHING
PROCURE PER PS 007058
I SCHEMATIC. ELEC
FORWARD-BACKWARD COUNTER
ANO COMPUTER OUTPUT
•007558 err: rev L.rrr
SER NO. \ „
MUST MEET REQUIREMENTS OF ND 1002136
1008540-5
' 1008540-4
' 1008540-11
' 1006757-1
' 1006776-20
1006782-5
' 100677$-
' 1007079
' 1007086
GASKET. CONNECTOR MINIATURE
6ASKET. CONNECTOR MINIATURE
GASKET. CONNECTOR MINIATURE
WIRE. ELECTRICAL _"
INSULATION SLEEVIN G_
CONTACT. WRAPOST MALE MINIATURE
"IhOuLAtflft. wftAEOST Male MlffiAfug -
HEATS INK _
FWD-BACKWARD CTR A CMPT OTPT(SA)' ~
11. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF NDI002069
12. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING
13. BLACK DOT AND CROSS HATCHED WIRIN6 INDICATES UPPER LEVEL WIRIN6
14. C-EAN V5DJLE WHEBE POSSIBLE- BY DECREASING A/iTH FBEON
AMD ISO-PEOPY*- A-CCWOL PBlOB, TO ENCAPSULATION.
15. EXCEPT FOR the HELIGOIL MOUNTING SURFACE, PAINT ALL SUBPACES
PER ND 1002110 TYPE H, AFTEB ENCAPSULATION USiNG BLACK
PAINTER 1010729-4. CUCE AT l40°P Poe ElG^T HOLES. CONUCCTO*
Pin blades and insulators td B6 peer pcom paint
'-APPLICABLE
DASH NO.
' I QUANTITY REQUIRED |
I UNLESS OTHERWISE SPECIFIED
MANNED SPACECRAFT CENTER
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SCALE 2 /\
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ENACTIONS DECIMALS
* XX-.02
XXX i.005
00 NOT SCALE THIS ONAMIN
^‘^flFQRWRD -BACKWARD COUN
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1007558
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I. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327.
2* ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005
3* MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
* HIGH (WHITE) PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS
SHOWN.
4. AR DENOTES AS REQUIRED
5. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
6. BOND FIND NO. 1 TO FIND NO. 2 PER ND 1002004 TYPE I.
7 ENCAPSULATE PER ND 1002036 CURING CYCLE B. UNLESS OTHERWISE SPECIFIED,
PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH
AND LENGTH DIMENSIONS BY A MAX OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS
THE ENCAPSULANT OUTLINE THE MAX DIMENSION BETWEEN ANY HEATSINK SURFACE
AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED .015. REMOVE ALL
FLASHING
8. PROCURE PER PS 1007058
9 MUST MEET REQUIREMENTS OF ND 1002136
10. PO N D F IN D NOi 7, N O. 6 A ND N O. 0 TO T IN D N O. 3 P E R N DH>Q g g37
II. UNLESS OTHERWISE SPECIFIED. WIRING SHALL MEET THE REQUIREMENTS OF NDI002069
12 WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING
13! BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING
ii r « AN MODULE l/VHEBfc POSSIBLE &Y DECREASING f/iTH PE EON
AMD ISO PEOPVI- A.COWOL PRIOR TO ENCAPSULATION*,
it PXCEPT FOR tfCDULc mounting surface. PAINT all suepaces
* PPE KID 1002279,USING 1010992 PRIMER AND I008BC9-4 PAINT.
CONNECTOR PIN* BLADES AND INSULATORS TO BE FREE OF PAINT.
X
, 100735 ft— L P 1 -* -——l- — ^ aaar-S aw
SEE NOTE »/ SEE NOTED
1 A fimlTl |
» » i i « I
W - I
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1. INTERPRET DRAWIN6 IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327.
2. ALL CONNECTIONS TO BE MADE BY WELDING PER ND 1002005
3. MARK PIN NUMBERS .100/.060 HIGH (WHITE) AND ALL OTHER CHARACTERS .140/.100
HIGH (WHITE) PER ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS
SHOWN.
4. AR DENOTES AS REQUIRED
5. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
6. BOND FIND NO. 1 TO FIND NO. 2 PER ND 1002004 TYPE I.
7. ENCAPSULATE PER ND 1002036 CURING CYCLE B. UNLESS OTHERWISE SPECIFIED,
PERIPHtNAL LNCAPSulAMT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH
AND LENGTH DIMENSIONS BY A MAX OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS
THE ENCAP9ULANT OUTLINE THE MAX DIMENSION BETWEEN ANY HEATSINK SURFACE
AND ITS RESPECTIVE ENCAP8ULANT 9URFACE SHALL NOT EXCEED .015. REMOVE ALL
FLASH IN6
S. PROCURE PER PBI00706S
9. MUST MEET REQUIREMENTS OF NO 1002136
10. BOND FIND NO. 7, NO. S AND NO. 9 TO FINO NO. 3 PER ND 1008237
11. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069
12. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING
13. BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING
FORNARO-BACKWARO COUNTER
AND COMPUTER OUTPUT
k>0755o crrjREvcza
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B
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THE ASSEM8LY PART NUMBER IS THE DRAWING
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f
ll
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2
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4.875 REF
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| V S59ZOOI k
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1007580
NEXT ASSY
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PHOTOMETER
ELECTRONICS
MODULE
1009500
SCHEMATIC S
(EF
_ _
“
1
1000540^15
GASKET. CONN 1
83
2
1008540-5
GASKET. CONN 1
32
1
1010353-7
RELAY
31
1010329-1
TRANSFORMER .J
lfi_
1
1010315
TRANSFORMER
2
1010276
TRANSFORMER
78
2
1006762-3
TRANSFORMER
77
1
1012048
transistor
76
1
1010398 — 1
75
15
1010397- 1
74
1
1010367
73
1
1010342
72
1
1006752
TRANSISTOR
IL
1
1012056-9
OlOOE
70
1
1012056-1
69
2
1012056-16
68
4
1010837-003
67
4
1010837-002
66
1
1010346
s.
63
1
1010830-12
<
64
1
1006751
DIOOE
63
1
1012501 — 1
CAPACITOR
62
1
1010393-037
61
1
1010359-29
60
1
.0(0317-6
39
1
1006793-10
58
6
1010279-232
37
2
1006793-51
56
1006755-133
55
1
1006755-79
54
1
1006755-77
53
1
1006755-53
52
2
1006755-130
31
2
1006755-89
_ _
50
9
1006755-69
CAPACITOR 1
49
1
1010374-29
RESISTOR 1
48
1
1010374 — 1
47
1
1010364-770
46
1
1010364-765
45
l
I0I03G4-7I9
44
1
1010364-635
43
1
1010364-634
42
1
1010364-579
41
1
1010364-459
40
1
I0i0364- 451
39
1
•010364-438
38
1
1010364-359
37
1
I0I036J-3I7
36
1
1010364-309
35
1
1010364-301
34
1
1010364-251
33
2
1010364-535
32
2
1010364-502
RESISTOR
31
30
~T~
1006750-68
jm
ISTOR
29
i
1006750-55
28
i
1006750-51
27
i
1006750-24
26
i
I006750H6
25
i
1006750-8
24
2
1006750-72
23
2
1006750-67
22
2
1006750-63
21
3
1006750-56
20
2
1006750-49
19
2
1006750-39
18
3
1006750-57
17
4
1006750-80
16
4
1006750-73
15
5
1006750-32
RESISTOR
14
AR
1006776-22
INSULATION SLEEVING. ELEC
13
AR
1006776-21
INSULATION SLEEVING. ELEC
12
AR
10067 76-20
INSULATION SLEEVING, ELEC
11
AR
1006757-8
WIRE, ELEC 1.020 OIA)
10
AR
1006757-1
WIRE. ELEC (010■ 020)
9
9
1008161-3
SCREW. SPECIAL
8
3
1015135-019
SPACER
7
25
10067 75
INSULATOR. MALE
6
25
, 1006782-5
CONTACT. MALE
5
1
1008568
PLATE, SHIELDING
4
1
1008567
WIRING BOARD. BOTTOM
3
1
1008566
WIRING BOARD, TOP
2
1
1007568
FRAME
1
on
PART OR
n
NOMENCLATURE ON
rmo
MO
D CENTIFYING NO.
!
DESCRIPTION
NO
^0
| I LIST or MATERIALS
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
NASA OftAWtNC NO
1007559
|SHEET | Of | |
4
V ...
3
2
1007559
SECTION B-B
NOTES
I INTERPRET ORAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-0*70327
2. AR DENOTES AS REQUIRED
3. FT DENOTES FEEDTHRU
4. K OENOTES CATHODE SIDE OF DIOOE
S+ DENOTES POSITIVE SIDE OF CAPACITOR _ _
6 TYP SLEEVING FOR FT3,9,10,11,12,14,15,17,20,22,29,30,31 4 BOND TO FIND N0.3 PER N0IOO2OO9, METHOO C
7 ASSEMBLE FIND NO. 5 TO FIND NO 6 PER N0IOO2I3G _ _ wr
& BOND C4 C5,CI8,QI,Q2,Q3, Q4,Q5,Q6,Q7, Q8,QlO, Qll, QI4,Ql6, QI7, TI,T2.T4, T6&KIT0 FIND N0.2 PER NO 1 002004, TYPE I
9. BOND CI4.Q9, Ql2*QI3, QI5, Ql8, T3&T5 TO FIND NO. 3 PER NDI002004, TYPE I
10. BOND FIND N0.4 TO FINO NO. 2 43 PER NDI002004, TYPE I
11. WELD PER NDI002005
12 WHITE DOT & CLEAR WIRING INDICATES LOWER LEVEL WIRING
13.BLACK DOT & CROSSHATCHEO WIRING INDICATES UPPER LEVEL WIRING
14 UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE WITH NO 1002069
15 ENCAPSULATE PER NO 1002002. REMOVE ALL FLASHING
16 INDICATED AREAS (E) TO BE FREE OF ENCAPSULATING COMPOUND
17 MARK 100/060 HIGH WHITE CHARACTERS PER NDI0020I9. CENTRALIZE AS SHOWN
18. MARK .140/100 HIGH WHITE CHARACTERS PEP NDI0020I9 & SERIALIZE PER N0IOO2O23
CENTRALIZE AS SHOWN
19. TYP SLEEVING FOR PI, R2, R3, R€ THRU RI7, RI9 THRU R24, R26, R27, R35 THRU R42, R53, R54, R55, & CR2 THRU CRI5
20. UNuSEO PINS ON FINO N0.8KKI) & FIND NO.79(T3) TO BE CUT .060 MAX LENGTH
21 UNUSED PINS ON FIND N0.80(T2) TO BE CUT .015 MAX LENGTH
22.UNUSED PINS ON FIND N0.78CTI&T4) TO BE CUT .030 MAX LENGTH
23 BOND FIND N0.82&83 TO FIND N0.6 PER NDI002237
24 PROCURE PER PS1007559
10
2
1 <»H •
j|a| 699ZOOI^
D j RfPLACB) WTH OUH6* »Y MW. C iOJo*» ■
D ,Ptt TORR 19777 •» I
.060 MIN STRAI6HT
BOTH ENOS
SECTION D-D
\ \y
-GUIDE PIN HOLES REF
v r
d |B?==5d
/r
Jj iQi
PHOTOMETER ELECTRONICS
1007559 - rrr>-—_______
REV [_-J
S/N
-applicable DASH no.
era cn cd cd I
MARKING VIEWS
SCALE 2/1
13 ) SEE NOTE 19
(f) REPLACED WITH CHANGE BY REV C .
1008340-13
1008540-5
1010353-7
1010329 -1_
1010313 _
1010276 _
1006762-3
1012048 _
1010398-1
1010397-|
1010367 _
1010342 _
1006752
1012056-9
1012056-1
1012056-16
1010837-003
1010837-002
1010346 _
1010830-12
1006751 _
1012501 - I
1010393-03?
1010359-29
1010317 - 6
1006793-10
1010279-232
1006793-51
1006753-133
1006755-79
1006755-77
_ 1006755-53
2 1006755-130
2 1006755-89
9 1006755-69
J_ 1010374-29
I 1010374-1
I I0I0364-77Q
I 1010364-765
I 1010364-719
I 1010364-635
I 1010364-634
I 1010364-579
I 1010364-459
I 1010364-451
I 1010364-438
I 1010364-359
I 1010364-317
I 1010364-309
I 1010364-301
1 1010364-251
2 1010364-535
2 1010364-502
T 1006750-68
I 1006750-55
I 1006750-51
I 1006750-24
I 1006750-16
1 1006750-8
2 1006750-72
2 1006750-67
2 1006750-63
3 1006750-56
2 1006750-49
2 1006750-39
3 1006750-57
4 IOQ6750-80
4 1006750-73
5 1006750-32
AR 10067 76-22
aR 1006776-21
AR 1006776-20
AR 1006757-8
AR 1006757-1
9 1008161-3
3 IQI5I35-0I9
25 lOOfe T 75
25 1006782-5
I 1008568
I 1008567
I 1008566
_!_1 997568 _
n &
GASKET. CONN
GASKE T, CO NN
RELAY _.
TRANSFORMER
TRANSFOR MER
transformer
TRANSFORMER
TRANSISTOR
transistor
DlQOE_
DIODE
CAPACITOR
capacitor
RESISTOR
RESISTOR __
insulation sleeving, elec
INSULATION SLEEVING. ELEC
INSULATION SLEEVING, ELEC
WIRE, ELEC C.020DIA) _
WIRE, ELEC (QlO- 020)
SCREW, SPECIAL _
SPACER _
INSULATOR, MALE _
CONTACT, MALE _
PLATE, SHIEL0IN6 _
WIRIN6 BOARD. BOTTOM
WIRING BOARD, TOP _
FRAME_
MANNED SPACECRAFT CENTER
HOUSTON. TUAS
PHOTOMETER
ELECTRONICS
MODULE
007559 !B
1007559
. 5 r
SECTION B-B
OTES
I INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. AR DENOTES AS REQUIRED
3. FT DENOTES FEEDThRU
4. K OENOTES CATHODE SlOE OF DlOOE
5 + DENOTES POSITIVE SlOE OF CAPACITOR
fe TYP SLEEVIN6 FOR FT3,9,10,II, 12,14,15,17,20,22,29,3Q3I & BOND TO FIND N03 PER N0I002009, METHOO C
7 ASSEMBLE FINO NO. 5 TO FIND NO 6 PER N0IOO2I36
8. BOND C4,C5,CI0,QI,Q2,Q3,Q4,Q5,Q6,Q7, Q8,QlO, Qll,QI4,Ql6, QI7, Tl f T2, T4, T6&KIT0 FINO N02 PER N0I002004 TYPE I
9. BOND CI4.Q9, Ql2,Ql3, QI5, Ql8, T3AT5T0 FIND NO. 3 PER NDI002004 TYPE I
10. BOND FIND NO. 4 TO FINO NO. 2 & 3 PER NO1002004, TYPE I
11. WELD PER NO 1002005
12 WHITE DOT & CLEAR WIRING INDICATES LOWER LEVEL WIRING
13. BLACK DOT & CROSSHATCHEO WIRING INDICATES UPPER LEVEL WIRING
14. UNLESS OTHERWISE SPEOFlEO ALL WIRING SHALL BE IN ACCORDANCE WITH NO 1002069
15. ENCAPSULATE PER NO 1002002. REMOVE ALL FLASHING
16.INDICATED AREAS (E) TO BE FREE OF ENCAPSULATING COMPOUND
17 MARK .100/060 HIGH WHITE CHARACTERS PER NDl0020l9. CENTRALIZE AS S-iOWN
18. MARK .140/100 HIGH WHITE CHARACTERS PER NDI0020O & SERIALIZE PER NDI002023
CENTRALIZE AS SHOWN
I9.TYP SLEEVING FOR RI,R2,R3,R6 THRU Rl7, Rl9 THRU R24, R26, R27, R35 THRU R42
20UNUSE0 PINS ON FIND N0.8KKI) & FIND N0.79(T3) TO BE CUT .060 MAX LENGTH
21. UNUSED PINS ON FIND NO.0O(T2) TO BE CUT .015 MAX LENGTH
, R53, R54, R55, & CR2 THRU CRI5
22.UNUSED PINS ON FIND N0.78(TI&T4) TO BE CUT .030 MAX LENGTH
23 BOND FINO NO.82 & 83 TO FIND N0.6 PER NDI002237
24.PROCURE PER PSI007559
5
3
2
10075591c
12
11
10
9
8
1007559
■m ifiwaSin B I4fltj«w
SECTION B-B
NOTES
I INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-0-70327
2. AR DENOTES AS REQUIRED
3. FT DENOTES FEEDTHRU
4. K OENOTES CATHOOE SIDE OF OIOOE
5 + DENOTES POSITIVE SIDE OF CAPACITOR _*
6. TYP SLEEVING FOR FT3,6,9 THRU 15,17,20.22,29,30,31,35 5 BOND TO FIND NO.3 PER NOI002009, METHOO C OR D.
7 ASSEMBLE FINO NO 3 TO FIND NO 6 PER NO1002136 _ __ _
ft BOND C4,C5,CH,QLQ2,Q3,Q4 t Q5,Q6,Q7, Q8,QI0, Qll,QI4,Ql6,Qli; TI,T2.T6 5 Kl TO FINO Nft2 PER NO1002004, TYPE I
ft BOND CI4.Q9, QI2.QI3, QI5.QI8, T3AT5 TO FINO NO. 3 PER NDI002004, TYPE I
10. BONO FIND NO.4 TO FINO NO. 2 &3 PER N0l002004, TYPE!
11. WELO PER NOI002005
12 WHITE OOT & CLEAR WIRING INDICATES LOWER LEVEL WIRIN6
13 BLACK DOT & CROSSHATCH ED WIRING INDICATES UPPER LEVEL WIRING
14.UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE WITH NO 1002069 _
15 ENCAPSULATE PER NO 1002002. REMOVE ALL FLASHING
16.INDICATED AREAS (E) TO BE FREE OF ENCAPSULATING COMPOUNO
17 MARK 100/060 HIGH WHITE CHARACTERS PER N0l0020l9. CENTRALIZE AS SHOWN
It MARK .140/100 HIGH WHITE CHARACTERS PER N0I0020I9 6 SERIALIZE PER N0IOO2O23
CENTRALIZE AS SHOWN
IftTYP SLEEVING FOR RI,R2,R3,R6 THRU RI7,RI9 THRU R24, R26, R27, R35 THRU R42, R53 THRU R60 5 CR2 THRU CRI7.
20. UNUSED PINS ON FIND NO.BMKI) & FIND N0.79<T3> TO BE CUT .060 MAX LENGTH
21. UNUSED PINS ON FIND N0.80(T2) TO BE CUT .015 MAX LENGTH
22. UNUSED PINS ON FINO NO.78 (Tl) TO BE CUT .030 MAX LENGTH .
23 BONO FIND NO.82 A 83 TO FINO N0.6 PER NDI002237
24. PROCURE PER PS 1007559
2ft. BOND CO TO C4 PER ND1002004,TYPE X.
26.CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL ALCOHOL
1007559
1007559
SECTION B-B
NOTES
1 INTERPRET ORAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-0-70327
2 AR DENOTES AS REQUIRED
3. FT DENOTES FEEDThRU
4. K OENOTES CATHODE SIDE OF DIOOt
S+ DENOTES POSITIVE SIDE OF CAPACITOR
6TYP SLEEVING FOR FT 3,6,9 THRU 15,17,20,22,29,30,31,35 a BONO TO FINDN0.3 PER NDI002009, METHOD C OR 0.
7 ASSEMBLE FIND NO. 5 TO FIND NO 6 PER NDI002I36
8. BOND C4,C5,CI0,QI,Q2,Q3,Q4,Q5,Q6,Q7,Q8,QIO,QII,QI4,QI6,QI7, TI,T2, T6 8 Kl TO FIND N0.2 PER NO 1002004, TYPE I
9. BOND Cl4,Q9 t Ql2,Ql3,Ql5,Ql8, T34T5T0 FIND NO 3 PER NDI002004, TYPE I
I0B0ND FIND NO.4 TO FIND NO. 243 PER NOI002004, tyPEI
II. WELD PER NOI002005
12 WHITE DOT & CLEAR WIRING INDICATES LOWER LEVEL WIRING
13. BLACK DOT & CROSSHATCHED WIRING INDICATES UPPER LEVEL WIRING
14 UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE WITH NO '002069
15 ENCAPSULATE PER ND1002002. REMOVE ALL FLASHING
16.INDICATED AREAS (E> TO BE FREE OF ENCAPSULATING COMPOUND
17 MARK I00/.060 HIGH WHITE CHARACTERS PER NDl0020l9. CENTRALIZE AS SHOWN
IftMARK .140/100 HIGH WHITE CHARACTERS PER NDI0020I9 4 SERIALIZE PER NDI002023
CENTRALIZE AS SHOWN
19. TYP SLEEVING FOR RI, R2, R3, R6 THRU Rl7, Ri9 THRU R24, R26, R27, R35 THRU R42.R53 THRU R60 8 CR2 THRU CRI7.
20 UNUSED PINS ON FIND N0 8KKI) 4 FIND NO 79<T3> TO BE CUT .060 MAX LENGTH
21. UNUSED PINS ON FIND N0.80U2) TO BE CUT .015 MAX LENGTH
22. UNUSED PINS ON FIND N0.78 (Tl) TO BE CUT .030 MAX LENGTH
2 3 B O N O F+N O N O. 8 2 4 83 TO F IN O N O G P ER *> 1 002237
24 PROCURE PEP PS 1007559
25. BOND CI3 TO C4 PER ND 1002004.TYPE I.
26. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL ALCOHOL
PRIOR TO ENCASULATION
27. EXCEPT FOR THE HELICOIL MOUNTING SURFACE, PAINT ALL SURFACES PER ND 10021K) TYPE H, AFTER ENCAPSULATION,
USING BLACK PAINT PER 1010729-4. CURE AT I40°F FOR EIGHT HOURS. CONNECTOR PIN BLADES AND INSULATORS TO
RF FRFF FROM PAINT
BE FREE FROM "PAINT
U M
i. t 1 .
20
19
10
17
1©
m
*/>
i/ UolJ
i
I5\\ 14'l\ I m\ \J2 M/ «
2<
3
2
3
I
1007559
1007569
G
F
E
D
SECTION B-B
FT 2'
FT3-
NOTES
I INTERPRET DRAWING in ACCORDANCE WITH STANDARDS PRESCRIBED by MIL-D-70327
2. AR DENOTES AS REQUIRED
3 FT DENOTES FEEDThRU
4. K OENOTES CATHODE SIDE OF OlOOt
DENOTES POSITIVE SIDE OF CAPACITOR _
g TYP SLEEVING FOR F73.6.9 THRU 15,17,20.22,29,30,31,35 ft BOND TO FI NO NO. 3 PER NDI002009, METHOD C OR 0.
7 ASSEMBLE FINO NO. 5 TO FIND NO 6 PER NDI002I36
8. BOND C4,C5,CI8,QI,Q2,Q3, Q4.Q5, Q6.Q7, Q8,QI0, Qll, GI4.QI6, QDJ Tl.T2.T6 ft Kl TO FIND NQ2 PER NO 1 002004, TYPE I
9. BOND CI4, Q9, QI2.QI3, QI5,Ql8, T3AT5 TO FIND NO. 3 PER NDl002004, TYPE I
10 BOND FIND NO. 4 TO FINO NO. 2 63 PER NOI002004, TYPE I
II.WELO PER N0IOO2OO5
12 WHITE DOT 4 CLEAR WIRING INDICATES LOWER LEVEL WIRING
13. BLACK DOT & CROSSHATCHED WIRING INDICATES UPPER LEVEL WIRING
14. UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE WITH NO 1002069
15 ENCAPSULATE PER NDI002002. REMOVE ALL FLASHING
IG.INDICATED AREAS (E) TO BE FREE OF ENCAPSULATING COMPOUND
17 MARK 100/060 HIGH WHITE CHARACTERS PER NDl0020l9. CENTRALIZE AS SHOWN
IB MARK 140/100 HIGH WHITE CHARACTERS PER NDI0020I9 & SERIALIZE PER N0IOO2O23
CENTRALIZE AS SHOWN
19. TyP SLEEVING FOR RI,R2,R3,R6 THRU Pl7,Ri9 THRU R24, R2G, R27, R35 THRU R42, R53 THRU R60 8 CR2 THRU CRI7.
20 UNUSED PINS ON FIND N0.8KKI) & FIND N0.79(T3> TO BE CUT .060 MAX LENGTH
21. UNUSED PINS ON FIND N0.80(T2> TO BE CUT .015 MAX LENGTH
22. UNUSED PINS ON FIND N0.78 (Tl) TO BE CUT .030 MAX LENGTH .
23. BO N O F IN D M 0. 8 2 6 83 TO F IN O N OG PER N O l OOaa37
24 PROCURE PER PS 1007559
25. BOND CI3 TO C4 PER NO 1002004.TYPE _I.
26. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL ALCOHOL
27 EXCEPT FOR THE HELICOIL MOUNTING SURFACE, PAINT ALL SURFACES PER NO 1002110 TYPE II,AFTER ENCAPSULATION,
27 USINGBLACK PAINT PER 1010729-4. CURE AT I40*F FOR EIGHT HOURS. CONNECTOR PIN BLADES AND INSULATORS TO
BE FREE FROM PAINT
€
A
4
3
2
_ REVISIONS
m|ZON»! DIlCWFTlOt.
REPLACES REV 8 WiTH CMAN61_
»sa tdrr 'f 7 7 7 _
f RE/isED PE* TDRR- 20/43
l REVISED PER TDRR 21278
r REVISED PER TDRR 23808,
^4-
1010848-2
WIRE. ELECTRICAL NICKEL
REF
1009508
SCHEMATIC
93
1010966-1
TRANSISTOR
92
1006760- 38
RESISTOR
91
1010279-228
CAPACITOR
90
1006755- 34
CAPACITOR
89
1006755-57
CAPACITOR
88
1006750-15
RESISTOR
87
1006750-39
86
1006760-32
85
1006750-51
RESISTOR
84
1010633-1
TRANSISTOR
83
1008540-15
GASKET. CONN
82
1008540-5
GASKET. CONN
81
1010353-7
RELAY
80
1010325-1
TRANSFORMER
19
I0I03I5-!
78
1010759
77
1006762-2
TRANSFORMER
76
101204 8
TRANSISTOR
75
1010398-1
74
1010397-1
73
1010367
72
1010342
-M—
70
1012056-9
DIODE
69
1012056-1
DIODE
68
67
1010362-003
DIODE
66
1010362-002
DIODE
65
~cZ
1010830-11
DIODE
63
1006751-001.
DIODE
62
1012501
CAPACITOR
61 1
1010393-037
60
1010359-29
S3
1010317-6
58
1006793 -10
57
1010219-232
56
1006793-51
55
1006755-133
54
1006755-19
53
1006755-77
52
1006755-53
© REPLACES REV B WITH CHANGE
5/ 1006755-ISO
‘ SO 1006755-89
’ 49 1006755-69
‘ 48 1010514-29
'77 1010574-1
" 74 1010314.-54
‘ 45 101034,4 -745
' 77 1010344-119
' 43 101034,4 - 4,35
'7g~ 101034,4-749
" 77~ 101034,4 - S79
item nmrr ohiocntityb*
40 101054,4-459
' 39 1010364-451
101054,4-733
' 37 1010364-359
'36 1010364-5t7~
' 35 IQQUOCrO - 38
' 34 101034,4-301
' 33 1010364 -435
~ 32 IOI034>4-343
" 3t 101034,4-502
'30 101034,4-452
" 89 1004,750-68
~ 26 1010369-148
" Z7 1006750 -51
" 26 1006750-24
" 25 >006750-16
" 24 1006750 - 8
" 23 1010364-573 ~
~ 22 1006750-67
" 2) 1006750-63
" 2Q IQ1Q364-444
" /9 1006750-49
" /6 1006750-39
" i7 1006750-46
~ /4 1006750-80
" /5 1006750-73
" !4 1006750-32
" /3 1006776-22
" /2 1006776-21
" // 1006776-20
RESISTOR
INSULATION SLEEVING, ELEC
INSULATION SLEEVING, ELEC
INSULATION SLEEVING .ELEC
CAPACITOR
RESISTOR
1006757-1
1008161-3
1015135-019
1006775
1006782-5
1007276
1008567
1008566
1007568
WIRE, ELEC (,010k 020)
SCREW, SPECIAL _
SRACER _
INSULATOR, MALE
CONTACT. MALE _
Pt-AT6, SHIELDING
WIRING BOARD, BOTTOM
WIRING BOARD, TOP
FRAME
_ I OR DESCRIPTION
LIST OF PARTS AND MATERIALS
I QUANTITY REQUIRED I
| UNLESS OTHERWISE SPECIFIED '
UST OF PARTS ANO MATERIALS _
MANNED
SPACECRAFT CENTER
_HOUSTON. TEXAS
lACTtOM OCCMM-S «wm pnmni C - KULP °* Tt g0C ™
■ — ±.oz ♦ — ..dec64., photometer electronics assy
NEXT ASSY I USED ON | A PPL 1C ABU
APPLICATION ~H DASH NO.
I OO HOT SCALE THS ONAWING
MXIEAML -
THE ASSEMBLY PART NUMBER IS THE DRAWING I_ '
NUMBER AND THE DASH NUMBER THAT APPLIES | con TRACT AJ/J5 9~4
80230 W3\ 1007559
S J'WURAl.LJi'J 'll J 3T !-V£P a BreUlfAJllJff 9
ILJ'JJK'PIkPIl'J 11 ."
»*?. iL ' i
24
23
22
21
SEE NOTE 10
SECTION B-B
NOTES
1 INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED tV MIL-D-T0327
2 AR DENOTES AS REQUIRED
3 FT DENOTES FEEDThRU
4. K OENOTES CATHODE SIDE OF DIODE
S+ DENOTES POSITIVE SlOE OF CAPACITOR
6 TYP 8LEEV IN 6 FOR FT3,6,9 THRU 15,17,20.22,29,30,31,35 8 BONO TO FIND N0.3 PER NDI002009, METHOD C OR 0.
7 ASSEMBLE FINO NO. 5 TO FIND NO 6 PER NDI002I3G
8 BONO 04,05,08,01,02,03,04.05,06,07,08,010,011,014,016,017, Tl,T2, T6 8 Kl TO FINO N02 PER NO 1002004, TYPE I
9. BOND Cl4,Q9,Ql2,QI3,QI5,Ql8, T34T5T0 FIND NO. 3 PER NDl002004, TYPE I
I0B0ND FINO NO.4 TO FIND NO. 2&3 PER N0l002004, TVPEI
II.WELO PER NOI002005
12 WHITE DOT & CLEAR WIRING INDICATES LOWER LEVEL WIRING
13. BLACK DOT & CROSSHATCHED WIRING INDICATES UPPER LEVEL WIRING
14 UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE WITH NO I0020G9
15 ENCAPSULATE PER ND1002002. REMOVE ALL FLASHING
IG INDICATED AREAS (E) TO BE FREE OF ENCAPSULATING COMPOUND
17 MARK I00/.060 HIGH WHITE CHARACTERS PER NDI0020I9. CENTRALIZE AS SHOWN
IB MARK .140/100 HIGH WHITE CHARACTERS PER NDI0020I9 & SERIALIZE PER NDI002023
CENTRALIZE AS SHOWN
I9TYP SLEEVING FOR RI,R2,R3,R6 THRU RI7, Ri9 THRU R24, R26, R27, R35 THRU R42, R53 THRU R60 8 CRB THRU CRI7.
20 UNUSEO PINS ON FIND N0.8KKI) & FIND N0.79(T3) TO BE CUT .060 MAX LENGTH
21. UNUSED PINS ON FINO N0.80(T2) TO BE CUT .015 MAX LENGTH
22. UNUSED PINS ON FIND NO.78 (Tl) TO BE CUT .030 MAX LENGTH .
aiDO N O F IN D N O. 9 2 A 83 TO F IN O N O G P ER N O l OO£a37
24 PROCURE PER PS 1007559
25. BOND CI3 TO C4 PER ND 1002004,TYPE X.
26. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL ALCOHOL
PRIOR TO ENCASULATION _
27. EXCEPT FOR THE HELICOIL MOUNTING SURFACE , PAINT ALL SURFACES PER NDJ002110.TYPJEII, AFTER' ENCAP^ATION,
USING BLACK PAINT PER 1010729-4. CURE AT I40 # F FOR EIGHT HOURS. CONNECTOR PIN BLADES AND INSULATORS TO
BE FREE FROM PAINT
24
23
22
8
7
6
5
-.060MIN STRAIGHT
BOTH ENOS
SECTION D-D
Shfe
-guide pin moles ref
PHOTOMETER ELECTRONICS
1007559-Err J**-—
REV L']
S/N
-applicable dash no.
MARKING VIEWS
scale 2/1
4
1007559
1007559
SECTION B-B
NOTES
I INTERPRET DRAWING in ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-0-703Z7
2. AR DENOTES AS REQUIRED
3. FT DENOTES FEEDThRU
4. K OENOTES CATHODE SIDE OF OlOOt
DENOTES POSITIVE SiDE OF CAPACITOR
6 . TYP tl EEV IH 4 FOR FT3,6,9 THRU 15,17,20.22,29,30,31,35 8 BONO TO FIND N0.3 PER NDI002009, METHOO C OR 0.
7 ASSEMBLE FIND N0.5 TO FIND NO 6 PER NDI002I36
9 BOND C4,C5,CI8,QI,Q2,Q3,Q4,Q5,Q6,Q7,Q8,QI0,QII,QI4,QI6,QI7, TI,T2, T6 8 Kl TO FIND Ntt2 PER NO 1002004, TYPE I
9. BOND Cl4,Q9,Ql2,Ql3,Ql5,Ql8. T34T5T0 FIND NO 3 PER NDI002004, TYPE I
10BOND FIND NO 4 TO FINO NO. 2 43 PER NDI002004, TYPEI
II.WELO PER NO1002005
12 WHITE DOT 4 CLEAR WIRING INDICATES LOWER LEVEL WIRING
13 BLACK DOT 4 CROSSHATCHED WIRING INOlCATES UPPER LEVEL WIRING
14 UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE WITH NO 1002069
15 ENCAPSULATE PER NO 1002002. REMOVE ALL FLASHING
Ife iNDlCATEO AREAS (E) TO BE FREE OF ENCAPSULATING COMPOUNO
17 MARK 100/060 HIGH WHITE CHARACTERS PER N0l0020l9. CENTRALIZE AS SHOWN
18 . MARK .140/100 HIGH WHITE CHARACTERS PER N0IOO2OI9 4 SERIALIZE PER NDI002023
CENTRALIZE AS SHOWN
19 TyP SLEEVING FOR RI,R2,R3,R6 THRU Rl7,Ri9 THRU R24, R26, R27, R35 THRU R42, RS3 THRU R60 8 CR2 THRU CRI7.
20 UNUSED PINS ON FIND N0 8HKI) 4 FIND N079(T3) TO BE CUT .060 MAX LENGTH
21 UNUSED PINS ON FIND N0.80(T2) TO BE CUT .015 MAX LENGTH
22.UNUSED PINS ON FIND N0.78 (Tl) TO BE CUT .030 MAX LENGTH .
33 DO N O F IN O N0. 8 3 4 83 TO F IN O N OO PE R N O I OO£237
24 PROCURE PER PS 1007559
25.BOND CI3 TO C4 PER ND1002004,TYPE I.
26 CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL ALCOHOL
PRIOR TO ENCASULATION
27 EXCEPT FOR THE HELICOIL MOUNTING SURFACE, PAINT ALL SURFACES PER ND 1002110 TYPE II, AFTER! ENCAPSULATION,
USING BLACK PAINT PER 1010729-4. CURE AT I40°F FOR EIGHT HOURS. CONNECTOR PIN BLADES AND INSULATORS TO
MARKING VIEWS
SCALE 2/1
AR
_
94
1010848-2
WIRE. ELECTRICAL-NICKEL
_
is
_
REF
1009508
SCHEMATIC --
_
_
1
93
1010966 -1
TRANSISTOR '
_
_
_
3
92
1006760- 38
RESISTOR
_
Z
91
1010279-228
"CAPACITOR “
_
_
_
1
90
1006755 - 34
CAPACITOR
_
_
_L
89
1006755-57
“CAPACITOR
_
_
_
I
88
1006750-15
RESISTOR
_
_
_
=*=
8 /
___
_
i
86
1006760-32
RESISTOR
_
_
I
85
1006750-51
RESISTOR
—
_
i
84
1010633-1
TRANSISTOR
'
i
83
1008540-15
GASKET CONN
___
_
_
2
82
1008540-5
“GASKET. CONN “
_
J_
81
1010353-7
RELAY ’ “
___
_
_
1
80
101032.3-1
transformer
1
T9
1010315 -1
rz
_
_
1
78
1010759
___
_
~T
77
1006762-2
transformer
—
_
1
76
101204 8
transistor
_
_
_
1
75
101039©-1
_
_
IF
74
1010397-1
__
_
_
l
73
1010367
—
—
—
1
:=t=
4
72
f£t
70
1010342
1012056-9
DIODE
_
1
69
I0IZ056 -1
DIODE
_
_
68
_
T]
67
1010362-003
DIODE “
_
T1
66
1010362-002
DIODE
_
T1
65
101OB3O-11
DIODE
_
_
p
u
_
t
T
63
1006751 - 000
DIODE
___
z
i
62
1012501
CAPACITOR
_ ;
LI
i
6/
1010393-037
Z3
_
_ _
i
60
1010359-29
_
i
S3
1010317-6
_
_
i
56
1006793 -10
_
i
57
1010279-232
_
2
56
1006793 ”51
____
2
55
1006755-133
_
2
54
1006755-19
_
1
53
1006755-77
_
1
52
1006755-53
_
_2_
£L
1006755-130
_
i
50
1006755-89
1
_
_
_9_
49
1006755-69
CAPACITOR
_
1
46
1010374-29
RESISTOR
— —.
l
47 \
1010374-1
_
1
46
loi 0 ^ 14.-54
_
1
45
1010364-7^5
1
44 l
1010364-719
_
1
43 1
1010364-635
_
1
42 i
010364- 749
___ _
_
4 / i
010364-579 1
7ESIST0R
Oil
EFFBC-
ITEM
NO.
MRT OR IDENTIFYING
NUMBER
NOMENCLATURE
OR DESCRIPTION
QUANTITY REQUIRED 1
-L
LIST OF PARTS AND MATERIALS 1
© REPLACES REV B WITH CHANGE
40 \ 1010364-459
39 1 1010364-451
36
37
36
36
34
30
29
za
27
26
25
24
23
22
2!
20
19
ta
n
1010364-733
1010364-359
^010364-317""
1010364-301
1010364-435
1010364-343
1010364-502"
1010364-452
1006750-68
1010369-148
1006750 - 51 "
1006750-24
1006750-16
1006750 - 8
1010364 - 57 ?"
1006750-67
1006750-63
1010364-444
1006750-49
1006750-39
1006750-Afa
RESISTOR
TESistor
RESISTOR
1007559
II
07559
17
F
C
B
NOTES
I INTERPRET (DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-0-703Z7
2. AR DENOTES AS REQUIRED
3. FT DENOTES FEEDThRU
4. K OENOTES CATHODE SlOE OF DIODE
i+ DENOTES POSITIVE SIDE OF CAPACITOR
fcTYP*fc*«ttN* FOR F73,6,9 THRU 15,17,20.22,29,30,31.35 a BOND TO FIND NO.3 PER NDI002009, METHOD J.
7 ASSEMBLE FIND NO. 5 TO FIND NO 6 PER N0I002I36
ft BOND C4,C5,CI8,QI,Q2,Q3, Q4.Q5,06,07, Q8,QlO, Qll, QI4, QIC, Ql^ Tl, T2, T6 a Kl TO FIND N02 PER NO 1002004, TYPE I
9 BOND CI4.Q9, Ql2,Ql3,Ql5,Ql8, T34T5T0 FIND NO. 3 PER NDI002004, TYPE I
10BOND FIND NO.4 TO FINO NO. 2 43 PER NDI002004, TYPEI
II.WELO PER N0IOO2OOS
12 WHITE DOT 4 CLEAR WIRING INDICATES LOWER LEVEL WIRING
13. BLACK DOT 4 CROSSHATCH ED WIRING INDICATES UPPER LEVEL WIRING
14 UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE WITH NO 1002069
15 ENCAPSULATE PER NO 1002002. REMOVE ALL FLASHING
16.INDICATED AREAS (E) TO BE FREE OF ENCAPSULATING COMPOUND
17 MARK .100/060 HIGH WHITE CHARACTERS PER NDl0020l9. CENTRALIZE AS SHOWN
Ift MARK .140/100 HIGH WHITE CHARACTERS PER NDI0020I9 4 SERIALIZE PER NO 1002023
CENTRALIZE AS SHOWN
I9TYP SLEEVING FOR RI,R2,R3,R6 THRU RI7.RI9 THRU R24, R26, R27, R35 THRU R42, R53 THRU R60 a CR2 THRU CRI7.
20 UNUSED PINS ON FIND N0.8HKI) 4 FINO N0.79(T3> TO BE CUT .060 MAX LENGTH
21 UNUSED PINS ON FlNO N0.80(T2) TO BE CUT .015 MAX LENGTH
22.UNUSED PINS ON FIND N0.78 (Tl) TO BE CUT .030 MAX LENGTH
23 B O N O F IN O N O. 8 2 4 8 3 TO F IN O N O 6 P ER *> 1 002237
24 PROCURE PER PS(007539
25. BOND CI3 TO C4 PER NO I002004.TYPE I.
26. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL ALCOHOL
PRIOR TO ENCASULATION
27. EXCEPT FOR MODULE MOUNTING SURFACE, PAINT ALL SURFACES PER NO 1002279, USING 1010992 PRIMER AND 1008809-4 PAINT.
CONNECTOR PIN BLADES AND INSULATORS TO BE FREE OF PAINT.
A
NIL FORM IOSO J*
T
24
23
22
21
/*■
T
1007559
REv
20
19
18
17
-APPLICABLE DASH NO.
4
3
9
1007559
1007559
3
2
T ?€F
-.060MIN STRAIGHT
BOTH ENOS
:-c
SECTION D-D
:rz$zza
:tio* F-F
1
lOO ’559 .
,n n n n n |
A«il>«0Na9l2
— M lO * tf*
SEE NOTE 18
SEE NOTE 17
-SEE NOTE 17
-4.875 REF
MARKING VIEWS
SCALE 2/1
1007580
UNLESS OTHCRWIS
DO NOT SCALE TO
[MEAT TREATMENT
| 6SS200I | b~E
—4
1009508
SCHEMATIC *
__
1
1008540-15
GASKET. CONN
83
2
1008540-5
GASKET. CONN
82
1
1010353-7
RELAY
8l
1
1010329-1
TRANSFORMER
80
1
1010 315
_4_
79
?
1010276
_
?
I00GT62-3
transformer
ilHfl
1
1012048
TRANSISTOR
1
1010398-1
75
IS
1010397- 1
74
1
1010367
I2_
1
1010342
72
1
1006752
TRANSISTOR
— C
1
1012056-9
01 ODE
70
1
1012056-1
_4_
69
2
1012056-16
_T_
68
4
1010837-003
1_
67
4
1010837-002
I_
66
1
1010346
1 _
65
1
1010830-12
f
64
1
1006751
OIOOE
63
1
I0I250I-I
CAPACITOR
62
1
1010393-037
j
61
1
1010359-29
60
1
l0i03i7 — 6
59
1
1006793-10
58
6
1010279-232
57
?
1006793-51
56
1
1006755-133
55
1
1006755-79
54
1
1006755-77
53
1006755-53
52
?
1006755-130
51
?
1006755-89
50
9
1006755-69
CAPACITOR
49
1
1010374-29
RESISTOR
48
1
1010374-1
47
1
1010364-770
46
1
1010364-765
45
1
1010364-719
44
1
1010364-635
43
1
1010364-634
42
1
1010364-579
41
1
1010364-459
40
1
1010364-451 1
39
1
1010364-438 1
30
1
1010364-359
37 B
1
1010364-317
36
1
1010364-309
35
1
1010364-301
34
1
1010364-251
33
2
1010364-535
32
2
1010364-506
31
1
1006750-56
30
1
1006750-68
29
1
1006750-55
28
1
1006750-51
27
1
1006750-24
26
1
1006750-16
25
1
1006750-8
2
1006750-72
mHI
2
1006750-67
isM
2
1006750-63
2
1006750-56
eshi
2
1006750-49
2
1006750-39
18
3
1006750-57
17
4
1006750-80
16
4
1006750-73
15
5
1006750-32
RESISTOR
i4 CD
AR
1006776-22
insulation sleeving, elec
AR
1006776-21
INSULATION SLEEVING. ELEC
■■a Mil
AR
1006776-20
INSULATION SLEEVING. ELEC
- « o
AR
1006757-8
WIRE. ELEC (.020 DIA)
- 10 o
AR
1006757-1
WIRE. ELEC ( 0I0» .020)
9 O
9
1008161-3
SCREW, SPECIAL
8
3
1015135-00
SPACER
25
10067 75
insulator, male
■OB
25
1006782-5
CONTACT. MALE .
-LU
1
1008568
PLATE. SHIELDING
1
1008567
WIRING BOARD. BOTTOM
■nil
~~i~
1008566
WIRING BOARD. TOP
■HU
i
1007568
FRAME
1
OTY
MUTT OR
1
NOME NC LATUM ON
FINO
9 BCNTIFYING NO.
ocscmmoN
-O'
| | LIST Of MATERIALS 1 |
MANNED SPACECRAFT CENTER
PHOTOMETER
ELECTRONICS
MODULE
COOE IOENT NO
NASA DRAWING NO
1007559
| SHEET j
3
2
SECTION B-B
NOTES
I INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. AR OENOTES AS REQUIRED
3. FT OENOTES FEEDTHRU
4. K OENOTES CATHODE SIDE OF DlOOE
5 + DENOTES POSITIVE SIDE OF CAPACITOR
6 TYP SLEEVING FOR FT3,9,10,II, 12,14,15^17,20,22,29,30,31 4 BOND TO FIND N0i3 PER NDI002009, METHOO C
7 ASSEMBLE FIND NO. 5 TO FIND NO 6 PER NDI002I3G
a BOND C4,C5,CI8,QI,a2,Q3,Q4Q5,Q6,Q7, Q8.QI0, Qll, QI4,QI6, QI7, TI,T2,T4, T6&KIT0 FIND N0.2 PER NO 1002004, TYPE I
9 BOND CI4.Q9, Ql2,QI3, QI5, QlB, T3&T5T0 FIND NO. 3 PER NDI002004, TYPE I
lOBOND FINO NO. 4 TO FIND N0.2&3 PER NDI002004, TYPE I
II. WELD PER NO1002005
12 WHITE DOT & CLEAR WIRING INDICATES LOWER LEVEL WIRING
13. BLACK DOT & CROSSHATCH ED WIRING INDICATES UPPER LEVEL WIRING
14 UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE WITH NO 1002069
15.ENCAPSULATE PER NO 1002002. REMOVE ALL FLASHING
16 INDICATED AREAS (E) TO BE FREE OF ENCAPSULATING COMPOUND
17 MARK .I00/.060 HIGH WHITE CHARACTERS PER NDI0020I9. CENTRALIZE AS SHOWN
18. MARK .140/100 HIGH WHITE CHARACTERS PER NDI0020I9 4 SERIALIZE PER NDI002023
CENTRALIZE AS SHOWN
19. TYP SLEEVING FOR Rl, R2, R3, R6 THRU RI7, RI9 THRU R24, R26, R27, R35 THRU R42, R53, R54, R55,4 CR2 THRU CRI5
20 UNUSED PINS ON FIND N0.8KKI) & FIND N0.79(T3) TO BE CUT .060 MAX LENGTH
21. UNUSED PINS ON FIND N0.80CT2) TO BE CUT .015 MAX LENGTH
22. UNUSE0 PINS ON FIND N0.78(TI 4T4) TO BE CUT .030 MAX LENGTH
23 BOND FIND NO.82 & 83 TO FIND N0.6 PER N0I002237
24 PROCURE PER PS 1007559
K)
’ '%J r i « * - *?, * ' *'
4 i
# t
Jg ;
V
I' '!
j
k ,
i
p: -;
' S
k •
k
APOLLO GAN Specification
PS1007559
3.8.5 Monitor Gain and Phase Shift. With the nominal dc supply voltage applied and
0. IV rms, 550±11 cps applied to toeftotanelar input, the gain and phase shift from the preamp
input to the monitor output shall be 1.0il0% and ilO* respectively.
3.3.6 Monitor Output Isolation. The resistance between the monitor output pins and the
electrical interconnection of all other assembly pins shall be >100 megohms.
3.3.7 S+qt* P re sence Level Detector. With the nominal dc and 102.4 kc voltages applied, the
102.4 kc signal to computer shall switch from <0.5V peak-to-peak to >4.0V peak-to-peak when
the star presence input signal is vflb. The 102.4 kc signal to computer shall switch
from >4.0V peak-to-peak to <0.5V peak-to-peak when the star presence input signal is reduced
to <.&• & > vde. 4
3.3.8 Manual Reset. With the nominal dc and reference voltages applied, and after a
550±11 opsiftolanetorTnput signal has been applied such that the resistance between pin 13 and
pin 19 has switched from >6M ohms to <1.0 ohms, the resistance between pins 13 and 19 shall
switch from <1.0 ohms to >5M ohms when pins 16 and 17 are electrically connected. When
the connection between pins 16 and 17 is removed, the resistance between pins 13 and 19 shall
continue to be _>5M ohms.
3.4 PERFORMANCE AND PRODUCT CHARACTERISTICS
3.4.1 Service Life
3 . 4 . 1.1 Operating Life. The assembly shall meet performance specifications for at least
2000 hours of operation, excluding the supplier*s test time of the complete unit.
3.4.1.2 Shelf Life. The assembly shall have a shelf life of at least 5 years, without opera¬
tion, at ambient room temperature after final acceptance at the supplier's facility.
3.4.2 Reliability. Design objectives require maximum reliability of the assembly during its
period of useful life. Every effort shall be made to design and produce units capable of
meeting a maximum failure rate of 10 failures per million hours.
REVISIONS
OCSCIH^TIOM
) TVffR /?Sd<0
&)aeeoD
<5?M)
2 EACH R.EOO
■ SEE NOTE /5
SEE NOTE 20 [
®nar€
&f 10/0035 _
1Q JQ0Q54Q-I4 . .
69 100 8544-11
68 7070359-
67 7006776-27
66 1075699
65 1008021 - f
7006787-8
1000757-7
7000776-88
70 0608 5-7
MS35649-42
\SCHEriAf/d. ELECTP/CAi
' GASKET, HONNECTOR MINIATURE
' CASHEL CONNZCTdP MJN/ATUPE
' CAP4C/TOR __
' 7NSULATJCS7,5LEES7NG
~ INSUIA TOP, PELAY _
" INSULATOR BL/SH/ A7G
" wee] Elec tp/cal _
" W//8E, ELECTje/CAL
~ 7NSULAT/QN\5L£EY77YG
~ 7NSUL A TOP B USH/NG
NUT PLAIN 77EX _
MS3S65O-/04 NUT, PLAIN HEX
MS3S338-27 WASHER.. LOCKING "
MS75795-804 WASHER., PLAIN FLWr
7008080-7
7003024 -l~
7006775
vasnep^lat
YASHEP 77/SULATd
NSULATOP WPAP0S7
M
» (¥5®
\ @ tvp
kf)TYP
25
53 tooilaz-s
CONTACT WPA POST
Tp
52 7070892-00/
TERM/MAL PEEP THRU
T 4
151 7070353-7
PELAY
i •
50 7070365
~TPAN<>FOPf1FP
rr
49 7070275
T/EANSFOPMEE.
4-
48 7070397- 00 /
T/8ANS/S TO72
2
47 7070367
t___
3
46 70/0357-7
t
2
45 /07OZ69-7
TPANS7STOP
1
44 10/0372-24
P/ODE
3
45 7070362-2
DIODE
\
42 70/0393- 029
CAPAC7T078
Z
41 70/03S9-2 9
1
40 7070279-232
\
3? 7006755-85
\
38 1 -33
z
37 I -8/
\
36 1 -77
—— Q
1
35 1 -73
3
34 7006755-69
CAPAcrrop
\
33 7070434 -7
THEPP/SfOP
1
32 7070368-/7
I2ES/STCP
1
31 7070364-670
4
30 7070364-636
1
29 7070363-443
2
28 7006808 - /
1
2.7 /0067<S0-53
l
26 7006750- 79
1
25
1
24 -75
1
23 -72
1
22 -77
c
1
21 -69
1
20 -65
1
13 -66
1
13 -64
Z
17 -63
z
16 -56
z
15 -53
3
14 -52
2
13
l
12 -48
1
il -45
'-
2
IO -44
_ ^
«> -42
_
2
8 -29
l
7 -36
1
6 -25
o
l
5 " - /3
— <0
_ in
1
4 700675d-!0
PES/STO/2
h-
|
3 70/5700-2
77/SULATO/e . BOTTOM
o
— — n
1
2 7075700-7
INSULATOR. TOP
I 7075698
ITEM MRT OR IDENTIFYING
\ HEATSINK
QUANTITY REQUIRED I I Lli
UNLESS OTHERWISE SPECIFIED I AC SPARK PLUG DIVISION. GMC
- 1 - _ r _ I MILWAUKEE. WISCONMN
INC I NOMENCLATURE
_ | OR DESCRIPTION _ _
LIST OF PARTS AND MATERIALS
AC I MANNED
_ SPACECRAFT CENTER
_HOUSTON. TEXAS
1007456 _
1QQ7ST fc
NEXT ASSY USED ON
APPLICATION_
-^actions decrials angles
**±.005 + J CHECKED.
~ **±.02 APPROMM
DO NOT SCALE THg DRAWING U**CNU
MOTOR DRIVE AMPLIFIER
AND SELECTOR CIRCUIT
ASSEMBLY
THE ASSEMBLY PART NUMBER IS THE DRAWING I_
NUMBER AND THE DASH NUMBER THAT APPLIES [ :oNTI¥CT N AS 3 - 4 - 3 7
coot I DENT NO. SIZE
^ J,
T ■SCALE s/i
M I
1007560
j SHEET / OAT
.1
rV''
(65) 2 R.EQD
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3 ppocuee Pee. po /0O7O6O. -
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G. HARK PIN NUMBERS .060/100 H/GN(WH/TE) AND ALL CfTNER CHARACTERS .100/140 HIGH (WHITE)
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TABLE f
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E~z EMITTER TWO LEAP OF TRANSISTOR
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8. SOLDER PER ND1002071
9. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUREMENTS OF ND 1002069.
10. BOND ITEM <G9) (ITEHUO) TO ITEM Q±) PEP HD 1002237.
11. ADJUST RIBBON LEVEL TO COMPENSATE FOR SOLDER TERMINAL TOLERANCE .
!Z. MOUNTING TORQUE 10 TO 16 INCH POUNDS FOR 09 AND OH.
13. APPLY SEALING COMPOUND M/L-S' 4-0003 CLASS 31 TO NUT
14. INSTALL ITEMS (£j) AND® PER ND 1002/34. „ _
15. MOUNTING TORQUE 4.S-5S/NCH POUNDS FOR ITEM(g 3) TO ITEM QJj
16 WHITE DOT AND CLEAR WIRING INDICATES FIRST LEVEL W/R/NC.
17. BLACK DOT AND CROSS HATCHED WIRING INDICATES SECOND LEVEL WIRING.
/& % =* INDICATES THIRD LEVEL WIRING.
19. d — INDICATES FOURTH LEVEL W/R/NG.
20. SELECT OS FROM TABLE I BY ELECTRICAL TEST
21. ASSEMBLE AND TEST PER ATP 1007060.
22. INDICATED AREAS TO BE FREE OF ENCAPSULATION COMPOUND
23. PROCURE PER PS 1007060
24 BONO 4 . 2S MIN W/DE PERIMETER OF THE TOP AND BOTTOM /SULATORS TO THE NERTS/NAT
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3 PROCURE Pee P5 /0070 60 .
4 ENCAPSULATE MODULE PER ND1002002(BLACK POLYURETHANE FOAM). UNLESS
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NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF.OOS. WHEN
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5. COMPONENTS TO BE CENTRALIZED AND BONDED IN PLACE PER NO 1002009. METHOD C
C HARK PIN NUMBERS .060/100 H/GH (WH/TE) AND ALL OTHER CHARACTERS .100/140 HIGH (WHITE)
PER NDIOOZQJ 9 ANJL^ERIALIZE PER ND/002023. CENTRALIZE AS SHOWN. rAB
7 ON ITEMS Cz) AND (3) I PART I
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BROKEN PATH INDICATES INSULATION SLEEVING
8. SOLDER PER ND1002071
9. UNLESS OTHERWISE SPECIFIED . WIRING SHALL MEET THE REQUREMENTS OF ND 1002069.
10. BOND ITEM(69) ( !TEH\JO) TO ITEM (54) PEP HD 1002237.
11. ADJUST RIBBON LEVEL TO COMPENSATE FOR SOLDER TERMINAL TOLERANCE.
12. MOUNTING TORQUE 10 TO 16 INCH POUNDS FOR Q9 AND Qll.
13 APPLY SEALING COMPOUND MIL-S'4-0083 CLASS 31 TO NUTT '
14. INSTALL ITEMS (£j) AND (54) PER ND 1002/36. ^ _
15. MOUNTING TORQUE 4.S-S.S/NCH POUNDS FOR ITEM (GO) TO ITEM QT)
16 WHITE DOT AND CLEAR WIRING INDICATES FIRST LEVEL WIRING
17. BLACK DOT AND CROSS HATCHED WIRING INDICATES SECOND LEVEL WIRING.
18. ® =* INDICATES THIRD LEVEL WIRING.
19. 0 — INDICATES FOURTH LEVEL WIRING.
20. SELECT C/3 FROM TABLE L BY ELECTRICAL TEST
21. ASSEMBLE AND TEST PER ATP 1007060.
22. INDICATED AREAS TO BE FREE OF ENCAPSULATION COMPOUND
23. PROCURE PER PS 1007060
24 8Q ND /f . ff M f N W ID E P FRIA ^T ff? AP THE TOP ODD BOTTOM /SDLA70RS TO THE WEfiTSM*-
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NUMBER CAPACITANCE
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13 470
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0 5 OFT/-2 £
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/. INTERPRET DRAWN6 IN ACCORDANCE KITH STANDARDS PRESCRIBED BY MIL-D-7032 7 — -J
2. ALL CONNECTIONS TO BE HADE BY WELDING PER ND/0020 OS, EXCEPT AS NOTED. (- -//A
3 PROCURE Pee PD/0O7O6O.
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THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK
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5. COMPONENTS TO BE CENTRALIZED AND BONDED IN PLACE PER NO I0OZO09. METHOD H.
G. MARK PIN NUMBERS .060/100 H/GH(WH/TE) AND ALL OTHER CHARACTERS .100/140 HIGH (WHITE)
PER NDI00ZQI9 ANDSER/ALIZE PER ND/00Z0Z3. CENTRALIZE AS SHOWN. TABLE /
7 ON ITEMS QjAHPQj p/fpj 7-
HUMBER CAPAC/Ta
K- CATHODE SIDE OF D/ODE 10/0359 MM
4 - PLUS SIDE OF CAPACITOR pjeJ N E
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B - BASE LEAD OF TRANSISTOR. d7n
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BROKEN PATH INDICATES INSULATION SLEEVING 'f ™'
* 8. SOLDER. PER NO1002071
9. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUREMENTS OF NO IOOZOG9. *2? c700
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12. MOUNTING TORQUE IO TO 16 INCH POUNDS FOR Q9 AND QH. -25 4700
13. APPLY SEALING COMPOUND MIL-S-+0083 CLASS 31 TO NUTT *26 5600
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16 WHITE DOT AND CLEAR WIRING INDICATES FIRST LEVEL W/R/NG /0 - 00{
!7. BLACK DOT AND CROSS HATCHED WIRING INDICATES SECOND LEVEL W/R/NG.
18. ® = INDICATES THIRD LEVEL W/R/NG.
19. (| — INDICATES FOURTH LEVEL W/R/NG.
20. SELECT C/3 FROM TABLE I BY ELECTRICAL TEST.
21. ASSEMBLE AND TEST PER ATP 1007060.
22. INDICATED AREAS TO BE FREE OF ENCAPSULATION COMPOUND
23. PROCURE PER PS 1007040
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2. ALL CONNECTIONS TO BE MADE BY WELDING PER NDYOOZOOS, EXCEPT AS NOTED. L-Rjf j
3 procure Pee PS I0O7C6O. \^e5Ls
4 ENCAPSULATE MODULE PER ND/00200Z (BLACK POL YURETHANE FOAM). UNLESS
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NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF.OOS. WHEN
THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK
. SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED.OiS. REMOUE ALL FLASH/AJ6.
5. COMPONENTS TO BE CENTRALIZED AND BONDED IN PLACE PER ND / 002009. METHOD H.
G. MARK P/N NUMBERS .060/100 HIGH (WHITE) AND ALL OTHER CHARACTERS .100/140 HIGH (WHITE)
PER NDI00ZQI9 ANDSBRJAUZE PER ND/00Z0Z3. CENTRALIZE AS SHOWN. TA g
7. ON ITEMS (7) AND (3) nSTT
".0/5
(&
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K- CATHODE SIDE OFD/ODE
4 p PLUS SIDE OF CAPACITOR
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B - BASE LEAD OF TRANSISTOR
C - COLLECTOR. LEAD OP TRANSISTOR.
E - EMITTER LEAD OF TRANSISTOR.
E, = EMITTER ONE LEAD OF TRANSISTOR
E z - EMITTER. TWO LEAP OF TRANSISTOR
BROKEN PATH INDICATES INSULATION SLEEVING
8. SOLDER PER NDI00Z07!
9. UNLESS OTHERWISE SPECIFIED. WIRING SHALL MEET THE REQUREMENTS OF ND t002069.
10. BOND ITEMK69) * tTEM /O) TO ITEM <54 >P ER HD 100323? .
11. ADJUST RIBBON LEVEL TO COMPENSATE FOR SOLDER TERMINAL TOLERANCE.
H. MOUNTING TORQUE IO TO Ho INCH POUNDS FOR Q9 AND QU.
13. APPLY SEALING COMPOUND MIL S' 400B3 CLASS 31 TO NUT
14. INSTALL ITEMS (SJ) AND (54) PER ND 1002/36. _
15. MOUNTING TORQUE 4.S-5.5INCH POUNDS FOR ITEAf(cd) TO ITEM(S/J
16. WHITE DOT AND CLEAR WIRING INDICATES PIRST LEVEL W/R/NC.
17 BLACK DOT AND CROSS HATCHED WIRING INDICATES SECOND LEVEL WIRING.
18. ® *= INDICATES THIRD LEVEL WIRING.
19. 3 — INDICATES FOURTH LEVEL W/R/NC.
20. SELECT C/3 FROM TABLE l BY ELECTRICAL TEST
21. ASSEMBLE AND TEST PER ATP 10070GO.
22. INDICATED AREAS TO BE FREE OF ENCAPSULATION COMPOUND
23. PROCURE PER PS 1007060
TABLE /
PART
NUMBER CAPACITANCE
/0/0353
DASH NO.
- /
-13
-16
-/8
-19
-20
-2/
-22
-23
-24
-25
-26
-27
-28
-29
CUT LENGTH
0FT/-Z f
T2-S
PARTIAL SECTION A-A
TYPICAL FOR Ql F 2 •
Q4 g 5 / QG43j Q84/0
PARTIAL SECTION B-B
PARTIAL SECTION C-C
TYPICAL FOR T! £ 2
PARTIAL SECTION D-D
TYPICAL FOR FT/,2,3
AND FTS THRU Z8
PARTIAL SECTION
CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL
ALCOHOL PRIOR TO ENCAPSULATION.
EXCEPT FOR HELICOIL MOUNTING SURFACE, PAINT ALL SURFACES PER NDIOOEIIO
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/. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY NHL-D-70327
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3 PRocuze pez P5 7007060 .
4ENCAPSULATE MODULE PER ND/00200E (BLACK POL YURETHANE FOAM). UNLESS
OTHERWISE SPECIFIED,PERIPHERAL ENCAPSULAAJTDIMENSIONS MAY EXCEED THE
NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF.OOS. WHEN
THE HEATSINK OUTLINE EXCEEDS THE ENCAPSUL ANT OUTLINE\ THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK
SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED.0 IS. REMOUE ALL FLASHING .
5. COMPONENTS TO BE CENTRALIZED AND BONDED IN PLACE PER ND /0OZ009 METHOD J. ,
Q. mark pin NUMBERS .ogo/joo high (white) and all other characters .100/140 high (WHITE)
PER ND1002QI9 AND_$£RJALIZE PER ND/00Z023. CENTRALIZE AS SHOWN.
7 ON ITEMS (T) AND (T
K - CATHODE SIDE OF D/ODE
+ s PLUS SIDE OF CAPACITOR
- - MINUS SIDE OF CAPACITOR
B - BASE LEAD OF TRANSISTOR
C « COLLECTOR. LEAD OF TRANSISTOR
E = EMITTER LEAD OF TRANSISTOR.
£/ = EMITTER ONE LEAD OF TRANSISTOR
E z ~ EMITTER. TWO LEAP OF TRANSISTOR
BROKEN PATH INDICATES INSULATION SLEEVING
* 8 SOLDER PER ND 1002071
UNLESS OTHERWISE SPECIFIED. WIR/tfC SHALL WEET^ THE REQUREMENTS OF NO 1002069.
II. ADJUST riWboai Level to compensate for solder terminal tolerance.
n. MOUNTING TORQUE IO TO 16 INCH POUNDS FOR Q9 AND OH.
13. APPLY SEALING COMPOUND MILS’+0083 CLASS 31 TO NUT
14. INSTALL ITEMS (SJ) AND(S4) PER ND 1002136. „ _
15. MOUNTING TORQUE 4.S-S S INCH POUNDS FOR ITEM(cd) TO /T£MQl)
16 WHITE DOT AND CLEAR W/RINC INDICATES FIRST LEVEL WIRING
17. BLACK DOT AND CROSS HATCHED WIRING INDICATES SECONO LEVEL WIRING.
IB ® *= INDICATES THIRD LEVEL WRING.
19. (1 —— INDICATES FOURTH LEVEL WIRING.
Za SELECT 03 FROM TABLE I BY ELECTRICAL TEST.
21. ASSEMBLE AND TEST PER ATP 1007060.
ZZ. INDICATED AREAS TO BE FR€£ OF ENCAPSULATION COMPOUND
23. PROCURE PER PS 1007060
ttt &IUETE* OB THE TOP MUD BOTT O M / S ULAT O MS J* THE &*T37* YF
PART
NUMBER
I0/03S9
CAPACITANCE
K4MF
PASH HO.
• /
47
•/3
470
•16
820
•16
/ZOO
•If
1500
-20
1800
•21
2200
-22
2700
•23
3300
•24
3900
•25
4700
•26
5600
•27
6800
•28
8200
•29
/OjOOO
AND C6APA . WMIM-AND8 PERIMETER ON THE QHTSJ&Ei
' Of r*e X H StJt ATY#i
PARTIAL SECTION A-A
TYPICAL FOR 01*2*.
Q+ts;Q643;Qeitb
16 CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL
ALCOHOL PRIOR TO ENCAPSULATION.
27. EXCEPT FOR HELICOIL MOUNTING SURFACE, PAINT ALL SURFACES PER ND 1002279,
USING 1010992 PRIMER AND 1008809-4 PAINT. CONNECTOR PIN BLADES AND
INSULATORS TO BE FREE OF PAINT.
{65) 2 R.EQD
(55)+ REQD
fS6)2 REQD
® 2 REQD see VOTE
SEE MOTE*
^9\ SEE NOTES 8*11
+s )
»/vnS lx / / y c S ~zy //
SBC NOTE 2Z-
-raws
M07Z3 *£//
C7REP
. 00fl> <rr
.00,5
t**>\. i\ \ \pm
'-FT 13
-FTI9
-SEE NOTE .4-
: ;’W
NOTES
1. INTERPRET 0RAWN6 IN ACCORDANCE WITH STANDARDS PRESCRIBED BY NHL-D-70327 - - N
2. ALL CONNECTIONS TV BE A4ADE BY WELDING PER ND/0020OS, EXCEPT AS NOTED. ( R JJ° i
3 PROCURE P€E PS /807000.
4. ENCAPSULATE MODULE PER ND/002002(BLACK POLYURETHANE FOAM}. UNLESS
OTHERWISE SPECIFIED,PERIPHERAL ENCAPSULAAJT DIMENSIONS MAY EXCEED THE
NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF.OOS. WHEN
THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK
SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED.OIS. REMOVE ALL FLASHING.
5. COMPONENTS TO BE CENTRALIZED AND BONDED IN PLACE PER NO /002009. METHOD C
C. MARK PIN NUMBERS .060/100 H/GH (WH/TE) AND ALL OTHER CHARACTERS .100/. I40 HIGH (WHITE)
PER NDI002QI9 ANDSERIALIZE PER ND/002023. CENTRALIZE AS SHOWN. r/t g
7 OH ITEMS (I) AND (T) r ^Er \
CATHODE SIDE OP D/ODE
4 = PLUS S/DE OP CAPACITOR
- - MINUS SIDE OP CAPACITOR.
B - BASE LEAD OP T/RANS/STOR
C • COLLECTOR- LEAD OP TRANSISTOR.
E = EM/TTE/e LEAD OP TRANSISTOR.
E, = EMITTER ONE LEAD OP TRANSISTOR
E-,- EMITTER TWO LEAP OP TRANSISTOR
BROKEN PATH INDICATES INSULATION SLEEVING
8. SOLDER PER NO1002071
9. UNLESS OTHERWISE SPECIFIED . WIRING SHALL MEET THE R.EQUREMENTS OF NO 1002069.
10. BOND ITEM Uf) 4 ITEMKjO) TO ITEM Q±) PER HD1002237.
11. ADJUST RIBBON LEVEL TO COMPENSATE FOR SOLDER TERMINAL TOLERANCE .
!Z. MOUNTING TORQUE 10 TV 16 INCH POUNDS FOR Q9 AND OH.
13. APPLY SEALING COMPOUND MILS'+0003 CLASS 31 TO NUTT
14. INSTALL ITEMS (gj) AND® PER ND1002136. „ „
15. MOUNTING TORQUE 4.5-55 INCH POUNDS FOR ITEM(cd) TO ITEM®
16 WHITE DOT AND CLEAR WIRING INDICATES FIRST LEVEL WIRING.
17 BLACK DOT AND CROSS HATCHED WIRING INDICATES SECOND LEVEL WRING.
IS. ® =~ INDICATES THIRD LEVEL WIRING.
19. O ——- INDICATES FOURTH LEVEL WIRING.
20. SELECT 03 FROM TABLE I BY ELECTRICAL TEST
21. ASSEMBLE AND TEST PER ATP 1007060.
22. INDICATED AREAS TO BE FREE OF ENCAPSULATION COMPOUND
23 L PROCURE PER PS 1007060
TABLE f
PART I
NUMBER CAPACITANCE
1010353
CASH HO.
- /
-13
-16
Zf? CUT LENGTH
0 5 OF T/-2 (
T2-S
°°°rVP
,015 TfP
14m
PARTIAL SECTION A-A
TYPICAL FOR Q! 4 2)
Q+t5;Q643jQ8tlO
PARTIAL SECTION B-B
PARTIAL SECTION C-C
TYPICAL FOR TIG2
PARTIAL SECTION D-D
TYPICAL FOR FT/,2,3
AND FTS THRU 28
PARTIAL SECT ION
1007560
il
SECTION A-A
NOTES
I. INTEF^PET DRAWING in accordance with standards
PRESCRIBED BY MIL-S-7C32 7
?AL CONNECTIONS TO BE MADE BY WELDING dep NQI002005
3 MARK PIN NUMBERS HIGH (WHITE) AND ALL OTHER CHARACTERS ^ HIGH (WHITE)
PER ND 1002019 AND SERIALIZE PER NO 1002023. CENTRALIZE AS SHOWN.
A AR DENOTES A3 REQUIRED
5 INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
6 BOND FIND NO I TO FIND NO 2 PER ND 1002004 TYPE I
7 ENCAPSULATE PER ND 1002036 CURING CYCLE 6. PERIPHERAL ENCAPSULANT DIMENSIONS
MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF
005 WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXIMUM
DIMENSION BETWEEN ANY HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE
SHALL NOT EXCEEO OlS REMOVE ALL FLASHING
8 TRIM LEADS AFTER WELDING
9 IVUST MEET REQUIREMENTS OF ND 1002136
10 PROCURE PER PS 1007061.
II . BO N D r iN O N O. 0 TO F IN O N O. 3 PER N D 1 00 2 23*
12. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF NO 1002069.
~-.e pouiBue vshth fmom ^o-p»opvl
x^cohol oaio^TO nj.
A - , ftPT mL LOiL wOwW'ivka ftuBPACi ( PAiHT Vi_\_ GwtjefcCES P6.R.
'(.D^oliiO-yPtU ^pre.R«.wc.KPfevw»_A. , T OKk, «—«)I MCb PAvsiX PfeR ©'©TS®-*-
C-iRS- ATT t40*P Fob fc\3k4T mOwRG. C©*BKkftC*TOR PH* GUAftSS iNSu^oBSTO
fefe PR»« PROM «»AmT.
POINT TO POINT
CHART
FROM
MODULE
RELAY
PIN
PIN NO
NO
K2- 2
NC
K2-8
15
K2-3
1 1
K2-6
13
K2-4
12
K2-7
NC
K2-5
14
Kl- 1
3
K 1 - 5
4
K 1-4
2
K 1-8
1
K 1-2
8
K 1 - 3
10
K 1 -6
5
K l - 7
G
h
....j
6
5
i
4
ESI
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
1
6
5
4
iSEE NOTE 9
4 REQO
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
prescribed by mil- n -?C32 7
2. AIL CONNECTIONS TO BE MADE BY WELDING <=€* NDI002005
3 MARK PIN NUMBERS '?TO H| 9I (WHITE) AND ALL OTHER CHARACTERS ^ HIGH (WHITE)
PER NO 1002019 AND SERIALIZE PER NO 1002023. CENTRALIZE AS SHOWN.
4 A R DENOTES AS REQUIRED
5 INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
6 BOND FIND NO I TO FIND NO 2 PER ND 1002004 TYPE I
7 ENCAPSULATE PER ND 1002036 CURING CYCLE ft. PERIPHERAL ENCAPSULANT DIMENSIONS
MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF
DOS WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXIMUM
DIMENSION BETWEEN ANY HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE
SHALL NOT EXCEED .015. REMOVE ALL FLASHING
8 TRIM LEADS AFTER WELDING
9 MUST MEET REQUIREMENTS OF ND 1002136
10 PROCURE PER PS 1007061.
1 1 BO N D rif l P NO 0 Tfl Pf"
|Z UNLESS OTHERwTsE SPEcTfIED . WIRING SHALL MEET THE REQUIREMENTS OF NO 1002009.
id. Ci-fc*** *»««« faiom aho iSo-paoPvu
^ feURFAC* PiiNT Lu-OUBPIkCES PIA WDlOOtMS,
5staioio1« wS&RM* I00*»0»-* POINT. COMMECTOR PIN 8 LM«S MC IM*ULKTOB»
■to ee FREE OF PKIWT.
POINT TO POINT
CHART
FROM
MODULE
RELAY
PIN
PIN NO
NO
K2-2
NC
K2-8
15
K2-3
11
K2-6
13
K2-4
12
K2-7
NC
K2-5
14
Kl- 1
3
KI-5
4
K 1-4
2
KI -8
1
K 1-2
8
K 1-3
10
K 1-6
5
K 1 - 7
G
6
5
4
K RttOTTWAH. • >4«l
®_—-
€> B REVISED PEC rraa L i
~C~ REVISED PER TOC.R. 22 *~ 3
i I 2 3 4'5 6 7
• 9 K) II 12
131415
CDU 2 a L
1007561 Cl!
SCALE 2/1
SURFACE Z
ROTATED ISO*
-APPLICABLE DASH NO.
1008549 _
' 100 6 776-20
~ 006782-4
Q 0 € 7 Q 2 - 3
" I0067S2-2
" 1006775
~ I007Q75
>1007071 ~~
1 QUANTITY REQUIRED! I _
UNLESS OTHERWISE SPECIFIED ^
DIMENSIONS ARE IN INCHES
TOLERANCES ON "* »
FRACTIONS DECIMALS ANCLES DRAWN J
± XX ±.02 * checked^
XXX ±.005 . CHECKED
- DO HOT SCALE THIS WAWING APPROVAI
" A _ APPROVAI
MENTATION LAB I
"" w - 4 * 7 1
NEXT ASSY I USED ON
_APPLICATION_
' BASKET, CO NN E C T OR - MINI ATURC_
iNSut-A TiQN SLEEVING _ __
~ CON TAC T,WRAPOST MA LE MPfATUWE
- CONTACT.WRAPOST male MPHATURE
“ CON TACT* WRA POST MALE MINIATURE
~ INSULATQR.WPAPQST MALE MINIATURE
~ HEATSINK __
"* CPU ZEROING g LOCK RELAYS_
MANNED SPACECRAFT CENTER
HOU STON, rqms _
CDU ZEROING £
LOCK RELAYS
1 ASSEMBLY
1007561
SURFACE Z
A
FOR REFERENCE ONLY
SEE MARKING VIEW
TYP SEE NOTE 8
5 REOD ^-^p|r=^SEE NOTE 9 (REF)
iFF NOTF <4 VtlkLy
SECTION A-A
6;SEE NOTE 9
4 REQO
SEE NOTE 9
6 REQO
1.550 REF
JEL
3 )SEE NOTE 9
15 REQO
NOTES
I. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MlL-D-?C327
£.A Ll _ CONNECTIONS TO BE MADE BY WELDING &ER NDI002005
3. MARK PIN NUMBERS HIGH (WHITE) ANO ALL OTHER CHARACTERS HIGH (WHITE)
PER NO 1002019 AND SERIALIZE PER NO 1002023. CENTRALIZE AS SHOWN.
4 AR DENOTES AS REQUIRED
5 INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
6 BOND FIND NO I TO FINO NO 2 PER NO 1002004 TYPE I
7 ENCAPSULATE PER ND 1002036 CURING CYCLE &. PERIPHERAL ENCAPSULANT DIMENSIONS
MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF
.005 WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXIMUM
DIMENSION BETWEEN ANY HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE
SHALL NOT EXCEEO .015. REMOVE ALL FLASHING
8 TRIM LEADS AFTER WELDING
9 MUST MEET REQUIREMENTS OF ND 1002136
10 PROCURE PER PS 1007061.
Hr-B O N O F IN D N O. 0 TO F IN D N O. 3 PE R N D 100 2 237
12. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF NO 1002069.
• ft. CwtA** poasteut 3»r' vsmtu eagom lho iso-propyl
k'.COwOL DBiOBTO EHC^PS-UT>OM.
.A.LXCSPT SOR wCP-Ji-B vo — viTivaA PAiMT SOQPLCL& P6.R. VJDI0022T9
US NG 1010922 PRIMER AND 1006809-4 PAINT. CONKJECTOR PIN BLADES AND INSULATORS '
TO 3E e-REE OF PAINT.
6. MOISTURE PROOF PER N0I002292 AS REQUIRED B Y FIND NO.® USING INSULATION
TAPE IN ACCORDANCE WITH SCD 1008866 AND POLYURETHANE COATING PER
SCO 1008867 AFTER PAINTING AND STENCILLING.
POINT TO POINT
CHART
FROM
MODULE
RELAY
PIN
PIN NO
NO
K2-2
NC
K2- 8
15
K2-3
11
K2-6
13
K2-4
12
K2-7
NC
K2-5
14
Kl- 1
3
K 1 - 5
4
K 1-4
2
K 1-8
1
K 1-2
8
K 1 - 3
10
K 1-6
5
K 1-7
G
Rtvisi ons
<g> B REVISED PER rrafc 9oa3 "
® “C" REVI SED Pgg~T Dg\ 2^3 ~ *
D REVISED PER TDRR <>6397
O' I 2 3 4 5 6 7
8 9 10 II 12
13 1415
CDU 2 a L M
1007561 r~ j
-APPLICABLE DASH NO.
SCALE 2/1
SURFACE Z
ROTATED 180*
FRACTIONS DECIMALS AN
* XX *.02
XXX *.005
DO NOT SCALE THIS DRAWING
MATERIAL
1010054
" SEE NOTE 15
1008549_
" 1006776-20
~ 006782-4
~ CG6 7 82- 3
" 1006782-2
" 1006775 _
11007075
1007071_
'INSTRUMENTATION LAS
- ~ c *“"°“ T.r
SCHEMATIC
“MClSTUREPROOFiNS mZ”
I GASKET, CONNECTOR-MINIATU RE
_ INSULATION SLEEVING
^CONTACT,WP APOST MA LE MINIATURE
CONTACTVWRAPOST MALE MINIATURE
“ CON TACT . WRA >QST MALE MINIATURE
INSULATOR, WPAPQST MALE MINIATURE
HEATSINK
~CDU ZEROING S LOCK RELAYS
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
CDU ZEROING £
LOCK RELAYS
ASSEMBLY
1007561
2
ivr^rvi
® • ® f
* K2
? nr
.FOR REFERENCE ONLY
SEE MARKINS VEW
f • ?
o • «U
7 8 |
Kl
• f •
6 5 4
w 12 II 10 9 8
7\6 5 4 3 2 I
Wf-
: TYP SEE NOTE 8
*-(T> reqd
SEE NOTE 9
SEE NOTE 9 (REF)
SECTION A-A
6 )SEE NOTE 9
4 REOO
SEE NOTE 3
S REOO
"3Tsee NOTE 9
'- 15 REOO
NOTES
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDAROS
PRESCRIBED BY MIL-D-70327
2. ALL CONNECTIONS TO BE MADE BY WELDING PER NDI002005
3 . MARK PIN NUMBERS® HIGH (WHITE) AND ALL OTHER CHARACTERS HISH (WHITE)
PER NO 1002019 AND SERtAUZE PER NDI0020Z3. CENTRAUZE AS SHOWN.
4 AR DENOTES AS REQUIRED
5 INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
6 BOND FIND NO I TO FIND NO 2 PER NO 1002 0 04 TYPE I
7 ENCAPSULATE PER NO 1002036 CURING CYCLE ft. PERIPHERAL ENCAPSULANT DIMENSIONS
MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF
005 WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE THE MAXIMUM
DIMENSION BETWEEN ANY HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE
SHALL NOT EXCEED .015. REMOVE ALL FLASHING
8 TRIM LEADS AFTER WELDING
9 MUST MEET REQUIREMENTS OF NO 1002 136
10 PROCURE PER PS 1007061.
11. BOND FIND NO. 8 TO FIND NO. 3 PER NO 1002237 _
12. UNLESS OTHERWISE SPECIFIED. WIRING SHALL MEET THE REQUIREMENTS OF NO COCOS*
POINT TO POINT
CHART
FROM
MODULE
RELAY
PIN
PIN NO
NO
K2-2
NC
K2 8
15
K2-3
11
K2-6
13
K2-4
12
K2-7
NC
K2-5
14
uiO ©
S85Y00I]
**YJXIWHFWA®YBsYWASMDbMMP*JP'VWF T'VQ f *‘V A'X®Oi r ©•Rj^i*^*4W
* -YfTtHjf. yc jf :*&k&ti
375 4 PLACES
.13 X 45*—v
20 PLACES>
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH
STANDARDS PRESCRIBED BY MIL-D-70327
2. MATERIAL: ALUMINUM 606I-T6 per QQ-A-250/II
3. WELD PER MIL-W-8604
4. 125/FINISH UNLESS OTHERWISE SPECIFIED
.025 REF 6 PLACES-
-®+ + +♦+♦ + +® fMM -
’«©+ + 44+4 + +© illlt [
u«©+ + 4+++ + 4© ♦ »
►©+ + + H + M® nrn i
»e + +t+Mf+« «m®S
-K/orozzr-^io o O
. ^ 56,12a '
-.42 REF
2 PLACES
l-MAXTH ZSrX 20
SECTION C-C
2 PLACES
- © + +++++++© •** * •
+ + + +4 ® :::::
»9++++4++ + # no s ® -
-»^3J-0Z3:r-^xcr> -O®
• H- J^e JI8
« _56 JI7 w
-KflXrozSr-XXQ__
_ ^ -nooo»fc __
-0+ + ++-I+ + +® *6*«* +-
»®+<-+++4++« ntn ~
5
► ® i* 4 ♦ ♦ + -f- 4- 4“® 4.4.44* (J»
J ©4 +4- ft++ 4® JtJit £ .
^ .I ■
-.13 REF
4 PLACES
-.250 DIA SPOTFACE
4 PLACES
«®f+++fft+®
*©44+44+44©
k ©+ 4 4 44 +4 +@
» © + 4 4 44 4 4 ♦©
-4«»anizs»“^iG>
56JI6
-.070 REF
2 PLACES
4 REQO
SEE NOTE II
-itfanizSr-xiro _____
-©4 + 444 +44® CSSK
* ©+4 + 444 + 4® + *♦ + *,
*©44++++++® 4-4 44*4
h ®4 4+4+ 4+4®
* ® 4 + + 44 + 4+ ©
K®+++++++4®
56JI5 "8-9
SECTION D-D
-J0I5 R MAX TYP_
©44444444444 4 ©
©44 44444+4444© IN>
©444444444444© Ol
©4+444444444+© A
©444444444+44© O*
©44 4444444+44©- 0>-
ffljrozsr-xxcrnoQ 0
n * r ”
' </>xroz£r-7a:a-noow>
©44 4444444 + 4 4© —
©444444 + 44 + 44© N»
©444+444+4444© Ol
©4444+44+4444® A
©444444444+44© m
©444 + 4 +4++4.+ 4© Oy
V_56JI3
1C
*4 REF J
2 PLACES
SECTION E“E
2 PLACES
-.250 DIA SPOTFACE REF
• +♦ 4 44-++ ♦♦ 44 4© —
©44444+44 + 44+© H>
©++4444 + 444 + +® O*
© 44 4 ++ + ♦ 4 + 4 + 4© -A
©4+444+4++44+© m
©4+4 44 + 4 + 44 + + ©- ®'-
w>3njzac»“^xG>‘noo o
56 %H2 Mp
.40 5 PLACES
.20 REF-* L
10 PLACES
. wan2lPX20-nooa)>
-©44+4+4+44+++® —
©+++ + 4 + 4444 + 4® l\>
© + ♦+ + ++4 + 44+4© OI
© 44 +44 + 4 4+4 4 +® .A
©44 4 + 4 ++ 4 4+ 4 +© Ol
®4+ + + + + +4++ + +©-0»-
56JII -60
*-.20 REF
4 PLACES ....
5. FINISH: ANODIZE PER MIL-A-8625, TYPE H t
DYED BLACK. PLUG INSERT HOLES
6 . ANODIZE BEFORE ASSEMBLY OF FIND NO. 7 V 9AN0I0
7. FOUR SPACES CENTRALIZED BETWEEN RIBS
8 . RIVET PER MIL-STD-403
9. COAT FIND NO. 10 WITH MIL-P-8585 (WET ZINC CHROMATE
PRIMER) AND INSTALL PER NO 1002121. ALIGN "KEES* WITHIN
5° OF VERTICAL (LINE PARALLEL TO RIB ON OPPOSITE SIDE)
2 PLACES MARKEO V. ALL OTHER "KEE" ALIGNMENT OPTIONAL
10. MARK .120/060 HIGH ANO .I95/.I55 HIGH WHITE CHARACTERS
PER NO 1002019. LOCATE AS SHOWN
11. ALL EXTERNAL CORNERS OF FIND NO. 5 TO BE .015/040 RADIUS
OR CHAMFER
12. REMOVE ALL BURRS AND BREAK SHARP EDGES .005/015
13. IDENTIFY PER NO 1002019
-U5 REF
9 PLACES
DETAIL A .
-.06 REF
8 PLACES
\ DIA THRU TO BE
”.118
FREE FROM ANODIZE
.37 DIA SPOTFACE-
TO BE FREE OF
ANODIZE
.25-
4 PLACES
.85 4 PLACES
_1 */
SECTION B-B
SECTION F-F
SCALE Z/%
.•098 q| a
.106°'*
CSK 100° X .204 DIA
8 HOLES
SEE NOTE 8
1007562
JZ WIDE .06 DEEP TONGUE AND GROOVE
FOR LOCATION OF FINO NO. 5 ANO 6
OPTIONAL FOR MANUFACTURING ONLY
5s
flail
fcrM ** W'**^*
in
T
<*T
fc I 4
fc
A
RtVIMOIM '
REVISED PER TDRR 19492
—
'“!o30 TVPSEENOTE8
14
r 4 )SEE NOTE 10
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-0-70327
2. ALL CONNECT IONS TO MADE BY WELDING PER NO 1002005
3 MARK PIN NUMBERS .060/100 HIGH (WHITE) ANO ALL OTHER CHARACTERS .100 /.WO HIGH (WHITE)
PER NO 1002019 AND SERIALIZE PER NDI002023. CENTRALIZE AS SHOWN.
4 . AR DENOTES AS REQUIRED
5. INDICATED AREA TO BE FREE OF ENCAPSULATION COMPOUND
6 . BONO FIND NO.I TO FIND N0i2 PER NO 1002004,TYPE X
7 . ENCAPSULATE PER ND 1002036 CURING CYCLE 6 ,UNLESS OTHERWISE SPECIFIED,PERIPHERAL
ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH
DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULANT OUTLINE,THE MAXIMUM DIMENSIONS BETWEEN ANY HEATSINK SURFACE ANO ITS
RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED .015. REMOVE ALL FLASHING.
a TRIM LEADS AFTER WELOING
9u MODULE PIN NUMBERS FOR REFERENCE ONLY
10. ASSEMBLE PER ND 1002136.
6 . EXCEPT FOR THE HELtCOIL MOUNTING SURFACE, PAINT ALL SURFACES PER
NDIOOZIIO TYPE H, AFTER ENCAPSULATION .USING BLACK. PAINT PER
1010729*4 CURE AT 140® F FOR EIGHT HOURS. CONNECTOR PIN BLADES AND
INSULATORS TO BE FREE FROM PAINT.
IL PROCURE PER PS 1007063.
12. UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF ND1002069.
13. BOND FINO NO. 6 TO FINO NO. 3 PER ND 1002237.
14. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL
ALCOHOL PRIOR TO ENCAPSULATION.
r
L
100757?
NEXT ASSY
USED ON
APPLICABLE
DASH NO.
i APPLICATION |
THE ASSEMBIY PART NUMBER IS THE DRAWING
NUMBER ANu THE DASH NUMBER THAT APPLIES
1
—
S
1010057
SCHEMATIC
gg
1
1008550
GASKET. CONNECTOR-MINIATURE
H
AR
1006776-20
INSULATION. SLEEVING
5
16
1006782-5
CON TACT. WRAPOST MALE MIN
4
16
1006775
INSULATOR.WRAPOSTMALE MIN
3
1
1007083
HEATSINK
_2_
1
1007085
COU FXD reso.transfdrmation<ehtmooe
1
Oil
EFFEC-
PART OR
IDENTIFYING NO.
NOMENCLATURE OR
DESCRIPTION
FIND
NO
QUA!
YTITV
REQU
IRED
TIVtTY
LIST OF MATERIALS I
.‘Mu.’
INSTRUMENTATION LAB
kUJ m Jc4t<
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
CDU FIXED RESOLUTION
TRANSFORMATION AND
ENTRY MODE ASSY
OOOC CENT NO
80230
hzl
SASA DRAWING NO.
1007563
1«MCET | of I
5
2
'$r_--zrzz-”-"3 &T
rioio TYP SEE N0TE8
16 15 14 13
12 II 10 9876 5432 I
, 4 JSEE NOTE 10
SEE NOTE 10 (3
COU FIXED RESOLUTION
TRANSFORMATION
AND ENTRY MODE
1007563
Rev r Z T
NOTES:
1. INTERPRET DRAWING in ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. ALL CONNECTIONSTO MADE BY WELDING PER ND 1002005
3 MARK PIN NUMBERS .060/.I00 HIGH (WHITE) AND ALL OTHER CHARACTERS .100 /.I40 HIGH (WHITE)
PER ND 1002019 AND SERIALIZE PER NDI002023. CENTRALIZE AS SHOWN.
4. AR DENOTES AS REQUIRED
5. INDICATED AREA TO BE FREE OF ENCAPSULATION COMPOUND
6. BOND FIND NO.I TO FIND N0i2 PER ND 1002004,TYPE X
7. ENCAPSULATE PER ND 1002036 CURING CYCLE 6,UNLESS OTHERWISE SPECIFIED,PERIPHERAL
ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH
DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULANT OUTLINE,THE MAXIMUM DIMENSIONS BETWEEN ANY HEATSINK SURFACE AND ITS
RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED .015. REMOVE ALL FLASHING.
a TRIM LEADS AFTER WELDING
9. MOOULE PIN NUMBERS FOR REFERENCE ONLY
10. ASSEMBLE PER ND 1002136.
IL PROCURE PER PS 1007063.
12. UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF ND1002069.
13. BO N O F IN O - N O. 6 T 9- T IN D N O 3 PCR N O 100 229 7 .
14. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL
ALCOHOL PRIOR TO ENCAPSULATION.
1 — APPLICABLE DASH NO.
6. EXCEPT FOR THE HELICOIL MOUNTING SURFACE, PAINT ALL SURFACES PER
NDIOOZIIO TYPE n, AFTER ENCAPSULATION .USINl, BLACK PAINT PER
10107 29*4. CURE AT 140® F FOR EIGHT HOURS. CONNECTOR PIN BLADES AND
INSULATORS TO BE FREE FROM PAINT.
1010057
~ 1008550
~ 1006776-20
1 006762-5
' 1006775
~ 1007083
I007Q85
1 DIMENSIONS ARE IN INCHES I
j TOLERANCES ON L
-I FRACTIONS DECIMALS ANOKSL
SCHEMATIC_ _
GASKET. CONNECTOR-MINIATURE
_ INSULATION. SLEEVING_
CONTACT. W RAPOST MALE MI N_
~ I NSULATOR,WRAPOSTMALE MIN
" HEATSINK _
" COU FXD RES0.TPAN5F0RMATIQN<EHTMC3
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
CDU FIXED RESOLUTION
TRANSFORMATION AND
ENTRY MODE ASSY
1007563
5
£ A REVIS ED FEE TpgR |9492 ^
fa _B_ revised p** TT>fc«. 10/43 Vs ^ "g
^ C REV ISED PER TDRR 22955 9 °ts ^ ^
'*030 TYP SEEN0TE8
16 15 14 13
12 II 10 9876 5432 I
4 I SEE MOTE 10
COO FIXEO RESOLUTION
TRANSFORMATION
ANO ENTRY MOOE
1007563 C“Z3
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-0-70327
2. ALL CONNECTIONSTO MADE BY WELDING PER ND 1002005
3 MARK PIN NUMBERS .060/100 HIGH (WHITE) AND ALL OTHER CHARACTERS .100 /.MO HIGH (WHITE)
PER ND 1002019 AND SERIALIZE PER N0I002023. CENTRALIZE AS SHOWN.
4. AR DENOTES AS REQUIRED
5. INDICATED AREA TO BE FREE OF ENCAPSULATION COMPOUND
6. BOND FIND NO.I TO FIND N0.2 PER ND I002004,TYPE X
7. ENCAPSULATE PER ND 1002036 CURING CYCLE 6,UNLESS OTHERWISE SPECIFIED,PERIPHERAL
ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH
DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE EXCEEDS THE
ENCAPSULANT OUTLINE,THE MAXIMUM DIMENSIONS BETWEEN ANY HEATSINK SURFACE ANO ITS
RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED .015. REMOVE ALL FLASHING.
a TRIM LEADS AFTER WELDING
9. MOOULE PIN NUMBERS FOR REFERENCE ONLY
10. ASSEMBLE PER ND 1002136.
IL PROCURE PER PS 1007063.
12. UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF ND1002069.
13. POMP F IN D N O. 6 7 9- f lN D N O 3 PER N D 100 223 7 .
14. CLEAN MOOULE WHERE POSSIBLE BY DEGREASING WITH FREON AND I50-PR0PYL
ALCOHOL PRIOR TO ENCAPSULATION.
- APPLICABLE DASH NO.
1010057
1008550
' 1006776-20
' 1006782-5
1006775
' 100708 3_
1007085
6 EXCEPT FOR MODULE MDUHTIH6 SURFACE, PAINT ALL SURFACES PER ND 1002279,
USIN6 1010992 PRIMER AND 1008009-4 PAINT. CONNECTOR PIN BLADES
AND INSULATORS TO BE FREE OF PAINT.
I QUANTITY REQUIRED I
" UNLESS OTHERWISE SPECIFIED
' DIMENSIONS ME IN MCMCS
' TOLERANCES ON
- FRACTIONS DE CI MAL S MUSES c
SCHEMATIC __
~ GASKET. CONNECTOR-MIN1AT
' INSULATION. SLEEVIN6 _ 5
CONTACT. WRAPOST MALE MI N_4_
~ INSULATQR.WBAPOST MALE MIN _3_
' HEATSINK _ VT
~ CPU FXO RESO-TRANSFORMATION?EHTMC
MANNED SPACECRAFT CENTER
HOUST ON. TEXAS _
CDU FIXED RESOLUTION
TRANSFORMATION AND
ENTRY MODE ASSY
ASSY I USED OM
APPLICATION_
1007563
IT* TV fnli lit,
1007564
notes:
^INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-0-70327
2. ALL CONNECTIONS TO BE MADE BY WELDING PER NO1002005
3. MARK PIN NUMBERS .060 / .100 HIGH (WHITE) AND ALL OTHER CHARACTERS .100/. 140
HIGH WHITE PER NDI0020I9 AND SERIALIZE PER ND1002023.CENTRALIZE AS SHOWN.
4. AR DENOTES AS REQUIRED'.
5.INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND -
6. BONO FIND NO.I TO FIND NQ2 PER ND 1002004 TYPE I
7. ENCAPSULATE PER ND 100?036 CURING CYCLE B. PERIPHERAL ENCAPSULANT DIMENSIONS
MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF
•005- WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE, THE MAXIMUM
DIMENSION BETWEEN ANY HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE
SHALL NOT EXCEED 015. REMOVE ALL FLASHING
8. TRIM LEADS AFTER WELDING
5. MUST MEET REQUIREMENTS *0F ND K>02136 .
K). PROCURE PER P8 1007064.
11. BLACK DOT AND CROSS-HATCHED WIRING INDICATES UPPER LEVEL WIRING.
12. BOND FIND NUMBERS 6 AND 7 TO FIND NO. 3 PER NDI002237.
13. UNLESS OTHERWISE SRECIFIED WIRING SHALL MEET THE REQUIREMENTS OF NDI002069.
14. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
15. CLEAN MODJ.C WHEW POSSIBLE B't DEGREASING WITH FREON AND ISO -PROPYL
ALCOHOL PRiOR TO IN CAPSULATION! .
IB. EXCEPT FOR THE HSUCOIL MOUNTING*. SURFACE PAINT ALL SURFACES PER NDI002U0
'WPe 3, A=”eR. ENCAPSULATION. USING SLACK. =AlNT PER. 010729-4. CURE AT 40° F FOR,
E GHT HOURS. CONNECTOR Dpi SLADES AND INSULATORS TO &E FREE FROM PAINT.
GASKET, CONNECTO R-MINIA TURE
GASKET. CO N NECTOR-MINIATURE
INSULATIO N ~SLEE VING_
CONTACT.WRAPOST MALE MINIATURE
IN SULATQR.WRAPOST MALE MINIATURE
HEATSINK _
CPU ZEROING XMFR.RELt ENTRY REL(SA
1007456_
1007576 _
NEXT ASSY USE
APPLICATION
| QUANTITY REQUIRED 1
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE M INCHES
TOLERANCES ON
FRACTIONS OCCIMALS ANGUS (
* XX*.02 *
00 NOT SO^IHkSS&wINO ,
MATERIAL .
MANNED SPACECRAFT CENTER
-5Z22* CDU ZEROING TRANSFORME
Ii IT RELAYS AND ENTRY RELAYS
ASSEMBLY
1007564
i m w /ttr r.ri ,tss a rt-i J
notes:
I.INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-0-70327
2. ALL CONNECTIONS TO BE MADE BY WELDING PER NO1002005
3. MARK PIN NUMBERS .060 / .100 HIGH (WHITE) AND ALL OTHER CHARACTERS .100/.I40
HIGH WHITE PER NDI0020I9 AND SERIALIZE PER NDI002023.CENTRALIZE AS SHOWN.
4. AR DENOTES AS REQUIRED ■
5.INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUNO ■
6. BOND FIND NO.I TO FIND N02 PER ND 1002004 TYPE I
7. ENCAPSULATE PER ND 1002036 CURING CYCLE B. PERIPHERAL ENCAPSULANT DIMENSIONS
MAY EXCEED THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF
jOOS. WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE, THE MAXIMUM
DIMENSION BETWEEN ANY HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE
SHALL NOT EXCEED .015. REMOVE ALL FLASHING
8. TRIM LEADS AFTER WELDING
9. MUST MEET REQUIREMENTS *0F NO 1002136 .
10. PROCURE PER PS 1007064.
11. BLACK DOT AND CROSS-HATCHED WIRING INDICATES UPPER LEVEL WIRING.
13. UNLESS OTHERWISE SRECIFIED WIRING SHALL MEET THE REQUIREMENTS OF NDI002069.
14 WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
15. CLEAN! MODJwE //HERE POSVfcLE ST DEGREASJN4 WITH FREON AMD 'SO-PROPYL
A-CO-.OL PRiOR TO ENCAPSULATION* .
fc. EXCEPT THE ^EUCO'L MOUUTING. S UR.F A<CE . PAINT ALL SURFACES PE* N0l002,i0
-vPE - Ar-SR. ESCA = SO^A- ONi, JS.NiG SuACfc ^A'NT PER. 0\0729-4. C-iRC AT 40 o PTOR
E GmT HOURS. CONNECTOR PiN SLADES AND INSULATORS t O B»E FREE FROM PAINT.
if
notes:
I.INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BT MIL-0-70327
2. ALL CONNECTIONS TO BE MADE BY WELDING PER NDI00200S
3. MARK PIN NUMBERS .060 / .100 HIGH (WHITE) AND ALL OTHER CHARACTERS .100/.I40
HIGH WHITE PER ND1002019 AND SERIALIZE PER NDI002Q23.CENTRALIZE AS SHOWN.
4. AR DENOTES AS REQUIRED'.
5.INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUNO •
6. BOND FIND NO. I TO FIND NQ2 PER NO 1002004 TYPE Z
7. ENCAPSULATE PER ND 1002036 CURING CYCLE B. PERIPHERAL ENCAPSULANT DIMENSIONS
MAY EXCEEO THE NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF
005 WHEN THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE, THE MAXIMUM
DIMENSION BETWEEN ANY HEATSINK SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE
SHALL NOT EXCEED X>IS. REMOVE ALL FLASHING
8. TRIM LEADS AFTER WELDING
9. MUST MEET REQUIREMENTS‘OF ND 1002136 .
K). PROCURE PER PS 1007064.
11. BLACK DOT ANO CROSS-HATCHED WIRING INDICATES UPPER LEVEL WIRING.
12. BONO FIND NUMBERS A N D 7 TO T IN O N D. 3 P E R N O I OO g2 37.
13. UNLESS OTHERWISE SRECIFIEO WIRING SHALL MEET THE REQUIREMENTS OF NDI0020G9.
14. WHITE DOT ANO CLEAR WIRING INDICATES LOWER LEVEL WIRING.
15. CLEAN! MODULE WHERE POSSIBLE DKQREASIAKE WITH FR.EOM AMD ISO-PROPYL
ALCOHOL PRIOR TO ELCAPSUwATlOM •
\b. EXCEPT POR THE MODULE MOUUTIMtk 5UR.PACE , PA\MT ALL SURE ACES PE« NlD 1002279.
JS1MG O 09^2 PRV.ER AMD 00&809-4 PAlMT CONI K1 ECTOR PIN* BLA.DE.S AMD
MSULATORS TO BE FREE OF PKVMT.
2
MARKING VIEW
SCALE 2/1
APPLICABLE CV
i V | 99QZ00I i fe;
0 *\/TJ»-
*<?* J\ v i
0*0
-sxy
fRI9. ^ fi ^T)0 R7 Jr&%d«\
ri
■tf'X
Ws'
^Rlfc\ ' T~
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»' KMf
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^1 \ cio|
F&izr^r .i
A0\ v C»9\ /R’2 I *33 “
/R3iA 400^; vj
0 REPLACED WITH CHANGE BY REV B
£_(_oiT
TRACKER X CHANNEL
1007566 ±l-i
rev :::" \
S/N \ \ .
-APPLICABLE DASH NO.
- DRAWING revision letter
I 2008093
AR 1006776 —i
I I00854Q ~
I I00854Q —
3 1008161 —
3 [ 1015135 -(
I 1012054
I 1012053
1 1010329 —I
4 Iul0362 -i
3 1010286 — I
5 I0I039 7 —<
2 1010367
I 1010342
1 1 0067 93-
2 1010409-
2 1010393 -
I 1010393-
I 1010359-
I 1010 31 7 —
I 1010 31 7 -
I IQIQ3I6 -
7 1006755-
6 1006755-
I 1006755-
I 1006755 -
TERMINAL .THREADED _
INSULATION SLEEVING
' GASKET CONNECTOR,MINIATURE
' GASKET,CONNECTOR,MINIATURE
SCREW_
~ SPACER _
' TRANSFORMER _
' TRANSFORMER _
' transformer _
" DIODE _
" DIODE _
" transistor _
" TRANSISTOR _
" TRANSISTOR _
" CAPACITOR _
" CAPACITOR _
" CAPACITOR _
" CAPACITOR _
" CAPACITOR _~
" CAPACITOR _
~ CAPACITOR _
CAPACltCR
" CAPACITOR
" CAPACITOR_
CAPACITOR _
CAPACITOR_
MARKING VIEW
SCALE 2/1
~ 1010374 - 25
~ 1010 374 - I
“ 1010364 — 765
" 1010364-719
" 1010364- 683
~ IQIQ364-635
~ 1010364-587
~ 1010364- 580
“ 1010364-535
" IQIQ364-528
~ 1010364-518
~ 1010364-502
" 1010364 — 443
~ 1010364—428
~ IQI0364-388
~ 1010364—251
~ 1010364— 151
~ 1006750- 51
f 1006776 ~22
< 1006776 -20
? 1006757 — 8
> 1006757 -1
i 1006782 -5
IC06775 _
IOOS576 _
~ I00b57 9 _
1008563 _
RESISTOR _
' RESISTOR _
' RESISTOR _
' RESISTOR
' RESISTOR,
' RESISTOR _
' RESISTOR _
~ RESISTOR _
~ RESISTOR _
' RESISTOR _
RESISTOR _
~ RESISTOR _
" RESISTOR _
" RESISTOR _
~ RESISTOR _
~ RESISTOR _
" RESISTOR _
" RESISTOR _
" INSULATION SLEEVING
" INSULATION SLEEVING _
" WIRE ELEC .020 DIA _
" WIRE ELEC.010 X.02C _
~ CONTACT WRAPQST-MALE,MIN
~ INSULATOR WRAPCST-MALE,MIN
~ WIRING BOARD BOTTOM _
~ WIRING BOARD TCP _
FRAME_
UNLESS OTHERWISE SPECIFIED
- DIMENSIONS ARE IN INCHES ,N *
_ TOLERANCES ON — «»
~ FRACTIONS DECIMALS ANGUS _<
MANNED SPACECRAFT CENTER
TRACKER X CHANNEL
MODULE ASSY
USED ON If INAL FINISH
u Mu/& iiXii
80230 J
1007566
itiTvimi pnvwnsL* ri.*.
I
w
10
9
8
I'/'
vy
t ■ "•
NOTES
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BYMIL-D-70327
2. AR DENOTES AS REQUIRED
3. FT DENOTES FEEDTHRU
4. K DENOTES CATHODE SIDE OF DIODE
5. SP DENOTES SPACER
6. WELD PEP NO 1002005
7. ASSEMBLE FIND NO 4 AND FIND NO 5 PER ND 1002136
8. WHITE DOT AND CLEAR WIRING INDICATE FIRST LEVEL WIRING
9. BLACK DOT AND CROSS HATCHED WIRING INDICATE UPPER LEVEL WIRING
IC.BONOTi,T2,Q,, w 3.C5.C7.Q9. 012AND CITC FIND NO 2 PER NO 1002004 TYPE I
BOND T3 C2IC24 02 04 Q6 08 QIOAND OH TO FIND NO 3 PER NDI002004 type I
11. MARK.I00/.06Q HIGH WHITE CHARACTERS PER ND 1002019. CENTRALIZE AS SHOWN.
12. MARK .I40/.IO0 HIGH WHITE CHARACTERS PER ND 1002019 AND SERIALIZE
PER ND 1002023. CENTRALIZE AS SHOWN
13. TYPICAL SLEEVING FOR R5>CRl,CR2 AND CR3
14. ENCAPSULATE MODULE PER ND 1002002 BLACK POLYURETHANE FOAM
REMOVE ALL FLASHING
15. INDICATED AREAS TO BE FREE OF ENCAPSULATION
16-UNLESS GTmlRwiS^ SPECIFIEO.All wiring SMALL BE in ACCORDANCE WITH ND 1002069
17. CUT UNUSED LEADS(N0.2 &5 ) .03 MAX ABOVE CASE
18. COMPONENTS HAVING BUTT WELDED LEADS MUST BE POSITIONED SO RIBBON WELD
OCCURS ON WELDABLE PORTION OF LEAD
19*BONO FIND NOS.SI &S2 TO FIND N0.4 PER ND 1002237
20. BOND FIND NO. 3 TO FIND NO.I PER ND 1002004 TYPE I
21. MOUNTING TORQUE FOR FIND NO. 54 TO BE 15 -20 INCH OUNCES
SECTION A"A
SEE NOTE 18
1007566 A
II
1007566
1007566
MOTES:
1. INTERPRET BRAVING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. AR DENOTES AS REQUIRED
3. FT DENOTES FEED THRU
4. K DENOTES CATHODE SIDE OF DIODE
5. SP DENOTES SPACER
B. «ELD PER ND 1002005
7. ASSEMBLE FIND NO. 4 AND FIND NO. 5 PER ND 1002136
8. WHITE DOT AND CLEAR WIRIN6 INDICATE FIRST LEVEL VIRIN6
S. BLACK DOT AND CROSS HATCHED WIRING INDICATE UPPER LEVEL WIRIN6
10. BOND T1 t T2,T5,Q1,Q3,Q5,Q7,Q9,Q12 AND Cl TO FIND NO. 2 PER ND 1002004 TYPE I
BOND T3,T4,C21,C24,Q2,Q4,Q6,Q8,Q1Q AND Q11 TO FIND NO. 3 PER ND 1002004
TYPE I
11. MARK .100/.060 HIGH WHITE CHARACTERS PER ND 1002019. CENTRALIZE AS SHOWN
12. MARK .14Q/.100 HIGH WHITE CHARACTERS PER ND 1002019 AND SERIALIZE PER
ND 1002023. CENTRALIZE AS SHOWN
13. TYPICAL SLEEVING FOR R5.CR1,CR2 AND CR3
14. ENCAPSULATE MODULE PER ND 1002002 BUCK POLYURETHANE FOAM REMOVE ALL
FLASHING
15. INDICATED AREAS TO BE FREE OF ENCAPSUUTION
18. UNLESS OTHERWISE SPECIFIED, ALL WIRIN6 SHALL BE IN ACCORDANCE WITH
ND 1002069
17. CUT UNUSED LEADS (NQ. 2 8 5) .03 MAX ABOVE CASE
18. COMPONENTS HAVING BUTT WELDED LEADS MUST BE POSITIONED SO RIBBON WELD
OCCURS ON WELDABLE PORTION OF LEAD
19. BOND FIND NOS. 57 8 58 TO FIND NO. 4 PER ND 1002237
20. BOND FIND NO. 3 TO FIND NO. 1 PER ND 1002004 TYPE I
21. MOUNTHIG TORQUE FOR FIND NO. 60 TO BE 15-20 INCH OUNCES
22. VENDOR. ITftMj Sit •FBC.tRCJCHOW COfcJTTROU. ORAwmD
23. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH HStON AND
ISO-PROPYL A/GOHOL PRIOR TO ENCAPSULATION.
24. E/CEPT FOR THE HELICON. INSERT MOUNTING SURFACE, FAINT ALL
SURFACES PER ND 1002110 TYPE H, AFTER ENCAPSULATION, USING BLACK
; pa/nt pee 1010724 - 4 . cure at iao'f for a hours, connector pin
B ufiots AND INSULATORS TO BE FREE OF PAINT.
25. COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE. WITH AND
SHALL MEET ALL OF THE REQUIREMENTS OF PS 1007566
PERMISSIBLE UMT\
OF ENCAPSULATION
top ano e stoes {
m
Skft NOT* 22f
NOTt 22. <<
1 REPLACES f?Ew.SiON A
change: per tdrr :
/.sec pse-ca*
6 / /uO'£>75G - <30
GO 2008003
7T /OOGllb-'Z)
05 /C08 540-3
51 /0Q8540-5
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55 l0/5i35 -C/9
54- 10/2063
53 0/2C54
52 I0IQ323 -I
5/ /0/O362-QO2.
’ 50 70/0630 - 9
' 49 1010330-11
" 43 /0/0391 -/
" 47 /0/Q3G1
' d(o 10/0342
~ 45 /OQ2193 -79
" 44 10,0311 -7
" 43 / 00 6 755-55
~ 4 £ /00 6155-G!
" 4/ 10,0311 -6
~ ~4$ /OOG155-57
~ 39 /0/0303 -044
" 35 /oo<6l5S-ll
" _32 /0/0409 - /5
~ 36 /006155-69
~ *5 0/0333-031
~ 34 1010353 -29
33 10/0166 ~!3
~ 33 <006150-8
3/ /OQ6150-/5
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4 -7/9
_ -633
_ -635
_ -530
_ -535
_ -353
-£5/
10/03*4 -15I
1006150-5/
I SCHEMATIC
TERMINAL, THREADED
INSULATION SLEE 7!N5
GASKET CON NEC TR, MN/A T UR5
(3AS<ET, CQAJHECTOA, MINIATURE _
SC/REIN _ . _
___
transformer __
’ TRANSFORMER _
' TRANSFORMER __
' diode ___
D/OOE __
" Pi ODE __
“ TRAN5/STOR L _
' 77g4A/5/57<PA _.
" TRANSISTOR\ __
" CAPAC/TCR __
C.APAC/TOR
RES/STOP
I RES/S ~CR _
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® REPLACES REV! A WITH CHANGE
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R35 REF
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ca/ Ref
SEE NOTE /4
- SEE NOTE IS
-SEE NOTE 10
-SEE NOTE /4
-SEE NOTE /5
Q
ISibA
/( l9\iP32H yR33\,
PERMISSIBLE UNITS
OF ENCAPSULATION
TOP AND a SIDES
CS) H4J M
-SEENOTE /4
r :$$**
59) SEE NOTE 13
SECTION A-A
TVP/CFL SLEEVING FOR FT5, FT% FT8
FT/2, FT/5, FT/7, FT/% FT20, FT27, FT26.
SECTION B-B
1007566
16
15
14
aaerooi
H
f
i
\
i
24
I
1
21
20
1
1
18
1
F
E
D
C
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. AR DENOTES AS REQUIRED
3. FT DENOTES FEED THRU
4. K DENOTES CATHODE SIDE OF DIODE
5. SP DENOTES SPACER
6. WELD PER NO 1002005
7. ASSEMBLE FIND NO. 4 AND FIND NO. 5 PER ND 1002136
8. WHITE DOT AND CLEAR WIRING INDICATE FIRST LEVEL WIRING
9. BLACK DOT AND CROSS HATCHED WIRING INDICATE UPPER LEVEL WIRING
10. BOND T1,T2,T5,Q1 f Q3,Q5,Q7,Q9,Q12 AND Cl TO FIND NO. 2 PER ND 1002004 TYPE I
BOND T3,T4,C21,C24,Q2,Q4,Q6 t Q8,Q10 AND Q11 TO FIND NO. 3 PER ND 1002004
TYPE I
11. MARK .100/.060 HIGH WHITE CHARACTERS PER ND 1002019. CENTRALIZE AS SHOWN
12. MARK .140/.100 HIGH WHITE CHARACTERS PER ND 1002019 AND SERIALIZE PER
ND 1002023. CENTRALIZE AS SHOWN
13. TYPICAL SLEEVING FOR R5.CR1,CR2 AND CR3
14. ENCAPSULATE MODULE PER ND 1002002 BLACK POLYURETHANE FOAM REMOVE ALL
FLASHING
15. INDICATED AREAS TO BE FREE OF ENCAPSULATION
16. UNLESS OTHERWISE SPECIFIED, ALL WIRING SHALL BE IN ACCORDANCE WITH
ND 1002069
17. CUT UNUSED LEADS (NO. 245) .03 MAX ABOVE CASE
18. COMPONENTS HAVING BUTT WELDED LEADS MUST BE POSITIONED SO RIBBON WELD
OCCURS ON WELDABLE PORTION OF LEAD
19. BO N D F IN D N 06. 5 7 4 58 T O F IN D Nfr . -4- P E R N D 10022 3 7
20. BOND FIND NO. 3 TO FIND NO. 1 PER ND 1002004 TYPE I
21. MOUNTING TORQUE FOR FIND NO. 60 TO BE 15-20 INCH OUNCES
22. vendor, item) see specipicattion cowtrol ora.winc»
23. CLEAN MODULE WHEEE POSSIBLE BY DECEASING WITH HEEON AND
JSG-PeOPYu AiGOtiOL P2iOE 7C ENCAPiUi.AT,GN.
24 E/CEPT FOR THE HELICOIL INSERT MOUNTING SURFACE RIIVT ALL
Si. PEACES PER HD 1002110 T/Pt II, AFTER ENCAPSULATION, USING BLACK
PA/NT Pte 1010729-4. CUKE AT l40*F FOE 6 HOURS. CONNECTOR PIN
BLADES AND INSULATORS TO BE FREE OF FWlNT.
25 completed ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH AND
SHALL MEET ALL OF THE REQUIREMENTS OF PS 1007566
A
FORM 1050 J3
24
T
I
23
T
— | —
A
ll
T
T
IS
I 1007566
1— -T
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PERMISSIBLE UM>
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NOTES:
1. INTERPRET DRANING IN ACCORDANCE VITH STANDARDS PRESCRIBED BY MIL-D-70327
2. AR DENOTES AS REQUIRED
3. FT DENOTES FEED THRU
4. K DENOTES CATHODE SIDE OF DIODE
5. SP DENOTES SPACER
6. VELD PER NO 1002005
7. ASSEMBLE FIND NO. 4 AND FIND NO. 5 PER HD 1002136
8. NHITE DOT AND CLEAR NIRING INDICATE FIRST LEVEL WIRING
9. BLACK DOT AND CROSS HATCHED WIRING INDICATE UPPER LEVEL WIRING
10. BOND T1,T2,T5 f Q1,Q3,Q5,Q7,Q9 f Q12 AND Cl TO FIND NO. 2 PER ND 1002004 TYPE I
BOND T3 y T4 y C21 y C24 y Q2 y Q4 y Q6 y Q8 y Q1Q AND Q11 TO FIND NO. 3 PER ND 1C02004
TYPE I
11. MARK .100/.060 HIGH WHITE CHARACTERS PER ND 1002019. CENTRALIZE AS SHOWN
12. MARK .140/.100 HI6H WHITE CHARACTERS PER NO 1002019 AND SERIALIZE PER
ND 1002023. CENTRALIZE AS SHOWN
13. TYPICAL SLEEVIN6 FOR R5.CR1 y CR2 AND CR3
14. ENCAPSULATE MODULE PER ND 1002002 BUCK POLYURETHANE FOAM REMOVE ALL
FLASHING
15. INDICATED AREAS TO BE FREE OF ENCAPSULATION
16. UNLESS OTHERWISE SPECIFIED. ALL WIRING SHALL BE IN ACCORDANCE WITH
ND 1002069
17. CUT UNUSED LEADS (NO. 265) .03 MAX ABOVE CASE
18. COMPONENTS HAVING BUTT WELDED LEADS MUST BE POSITIONED SO RIBBON WELD
OCCURS ON WELDABLE PORTION OF LEAD
49 . B O N D f HIB N O S . 67 6 66 T O F IN D N O. 4 P ER N D 1 00 22 3 7
20. BOND FIND NO. 3 TO FIND NO. 1 PER NO 1002004 TYPE I
21. MOUNTING TORQUE FOR FIND NO. 60 TO BE 15-20 INCH OUNCES
22. VINOOB. ITEM, SEE. SPECIFIC. ATI OH COMTRou
23. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND
ISO-PROPYL AICOHOL PEiOe TO ENCAPSULATION.
24. EXCEPT FOE THE HBLfCOIL INSERT MOUNTING SURFACE PAINT ALL
SURFACES PER ND 1002110 TYPE II, AFTER ENCAPSULATION USING BLACK
PAiNT PER I0IO72R-4. CURE AT /40*F FOR B HOURS. CONN EC TO R PIN
BcADES AND INSULATORS TO BE FREE OF FWlNT.
25. COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH AND
SHALL MEET ALL OF THE REQUIREMENTS OF PS 1007566
SI
R2 .
26 J A
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. AR DENOTES AS REQUIRED
3. FT DENOTES FEED THRU
4. K DENOTES CATHODE SIDE OF DIODE
5. SP DENOTES SPACER
6. WELD PER ND 1002005
7. ASSEMBLE FIND NO. 4 AND FIND NO. 5 PER NO 1002136
8. WHITE DOT AND CLEAR WIRING INDICATE FIRST LEVEL WIRING
9. BLACK DOT AND CROSS HATCHED WIRING INDICATE UPPER LEVEL WIRIN6
10. BOND T1,T2,T5,Q1,Q3 t Q5 t Q7,Q9,Q12 AND Cl TO FIND NO. 2 PER ND 1002004 TYPE I
BOND T3,T4,C21,C24,Q2,Q4,Q6,Q8,Q10 AND Q11 TO FIND NO. 3 PER ND 1002004
TYPE I
11. MARK .100/.060 HIGH WHITE CHARACTERS PER ND 1002019. CENTRALIZE AS SHOWN
12. MARK .140/.100 HIGH WHITE CHARACTERS PER ND 1002019 AND SERIALIZE PER
ND 1002023. CENTRALIZE AS SHOWN
13. TYPICAL SLEEVING FOR R5 f CR1,CR2 AND CR3
14. ENCAPSULATE MODULE PER ND 1002002 BLACK POLYURETHANE FOAM REMOVE ALL
FLASHING
15. INDICATED AREAS TO BE FREE OF ENCAPSULATION
16. UNLESS OTHERWISE SPECIFIED, ALL WIRING SHALL BE IN ACCORDANCE WITH
ND 1002069
17. CUT UNUSED LEADS (NO. 265) .03 MAX ABOVE CASE
18. COMPONENTS HAVING BUTT WELDED LEADS MUST BE POSITIONED SO RIBBON WELD
OCCURS ON WELDABLE PORTION OF LEAD
1 9 . BOND F IN D N 0 6 . 6 7 k 68 T B F I ND N O. 4 P E R N D 10022 3 7
20. BOND FIND NO. 3 TO FIND NO. 1 PER ND 1002004 TYPE I
21. MOUNTING TORQUE FOR FIND NO. 60 TO BE 15-20 INCH OUNCES
22. VENDOR item, see. ftPcctPicjcno** comtrol drying
23. CLEAN MODULE WHERE- POSSIBLE BY DEGREASING WITH FREON AND
ISC-PROPYl A/GOHOL PRiGE TO ENCAPSULATION.
24 E/CFPT FOE THE HBLICOIL INSERT MOUNTING SURFACE, FMINT ALL
SURFACES PEE ND 1002110 TYPE II, AFTER ENCAPSULATION,USING BLACK
PAINT pee 1010729-4. CU EE AT l40*F FOR S HOLIES. CONNECTOR PIN
Blades and insulators to be free of fwjnt.
25. COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH AND
SHALL MEET ALL OF THE REQUIREMENTS OF PS 1007566
FT2 —
SEE NOTE 17
FTl—^
SEE NOTE 21
MIL FORM lOSO J3
24
23
22
PERMISSI
OF ENCAi
TOP AND
1007566
1007566
OTESs
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MlL-D-70327
2. AR DENOTES AS REQUIRED
3. FT DENOTES FEED THRU
4. K DENOTES CATHODE SIDE OF DIODE
5. SP DENOTES SPACER
6. WELD PER ND 1002005
7. ASSEMBLE FIND NO. 4 AND FIND NO. 5 PER ND 1002136
8. WHITE DOT AND CLEAR WIRING INDICATE FIRST LEVEL WIRING
9. BLACK DOT AND CROSS HATCHED WIRING INDICATE UPPER LEVEL WIRING
10. BOND T1,T2,T5,Q1,Q3,Q5,Q7,Q9,Q12 AND Cl TO FIND NO. 2 PER ND 1002004 TYPE I
BOND T3,T4,C21 t C24,Q2,Q4,Q6,Q8,Q10 AND Q11 TO FIND NO. 3 PER ND 1002004
TYPE I
11. MARK .100/.060 HIGH WHITE CHARACTERS PER ND 1002019. CENTRALIZE AS SHOWN
12. MARK .140/.100 HI6H WHITE CHARACTERS PER ND 1002019 AND SERIALIZE PER
ND 1002023. CENTRALIZE AS SHOWN
13. TYPICAL SLEEVING FOR R5,CR1,CR2 AND CR3
14. ENCAPSULATE MODULE PER ND 1002002 BLACK POLYURETHANE FOAM REMOVE ALL
FLASHING
15. INDICATED AREAS TO BE FREE OF ENCAPSULATION
16. UNLESS OTHERWISE SPECIFIED, ALL WIRING SHALL BE IN ACCORDANCE WITH
ND 1002069
17. CUT UNUSED LEADS (NO. 245) .03 MAX ABOVE CASE
18. COMPONENTS HAVING BUTT WELDED LEADS MUST BE POSITIONED SO RIBBON WELD
OCCURS ON WELDABLE PORTION OF LEAD
4*.- B O N D F IN D N OS. 6 7 * 68 TO F IN D -Nft . 4 P ER N D 10022 3 7
20. BOND FIND NO. 3 TO FIND NO. 1 PER ND 1002004 TYPE I
21. MOUNTING TORQUE FOR FIND NO. 60 TO BE 15-20 INCH OUNCES
22. VENDOR. ITEM, see SPEC t Pi CAT\OH CONTROL
23- CLEAN MODULE- WHERE- POSSIBLE BY DECREASING WITH EEBON AND
ISO-PROPYL A/GOHOL PElOe TO ENCAPSULATION.
24, EXCEPT FOR MODULE MOUNTi NG SURFACE, PAINT ALL SURFACES PER
002279, USING 1010902 PRIMER AND 1008809-4 PAINT.
CONNECTOR PIN BLADES AND INSULATORS TO BE FREE OF PAINT.
25. COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH AND
SHALL MEET ALL OF THE REQUIREMENTS OF PS 1007566
PERMISSIBLE UM
OF ENCA °5ULATlO
TOP AND a S/D£S
-'‘•MBP
't “
\\ r 99szoorn
MARKING VIEW
SCALE 2/1
. “if'
, - - *1 I'14
’ V : <r-i
is - W”* 1 •sw.wmi *w***r «r #=• iwj
DiUSil
* -
E h INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BYMIL-D-70327
2*. AR DENOTES AS REQUIRED
3. FT DENOTES FEEDTHRU
4. K DENOTES CATHODE SIDE OF DIODE
5. SP DENOTES SPACER
6. WELD PER ND 1002005
7. ASSEMBLE FIND NO 4 AND FIND NO 5 PER ND 1002136
a WHITE DOT AND CLEAR WIRING INDICATE FIRST LEVEL WIRING
9. BLACK DOT AND CROSS HATCHEO WIRING INDICATE UPPER LEVEL WIRING
IQ.B0NDTI.T2AljQ3,Q5,Q7.Q9» QI2 AND Cl TO FIND NC 2 PER ND 1002004 TYPE I
BOND T3C2IC24 02 04 06 08 QIOAND OH TO FIND NO 3 PER NDI002004 TYPEl
II MARK400/.060 HIGH WHITE CHARACTERS PER NO 1002019. CENTRALIZE AS SHOWN.
12. MARK J40/.I00 HIGH WHITE CHARACTERS PER NO 1002019 AND SERIALIZE
PER ND 1002023. CENTRALIZE AS SHOWN
13. TYPICAL SLEEVING FOR R5»CRI,CR2 AND CR3
14. ENCAPSULATE MODULE PER ND 1002002 BLACK POLYURETHANE FOAM
REMOVE ALL FLASHING
I* INDICATED AREAS TO BE FREE OF ENCAPSULATION
16- UNLESS OTHERWISE SPECIFIED^LL WIRING SHALL BE IN ACCORDANCE WITH NO 1002069
17. CUT UNUSED LEADS(N0.2 45) X)3 MAX ABOVE CASE
15. COMPONENTS HAVING BUTT WELDED LEADS MUST BE POSITIONED SO RIBBON WELD
OCCURS ON WELDABLE PORTION OF LEAD
19* BONO FT NO NOS. SI 452 TO FIND NO. 4 PER NO 100 2237
a>. BONO FINO NO.3 TO FIND NO.I PER NO 1002004 TYPE I
21. MOUNTING TORQUE . FOR FINO NO. 94 TO BE IS - 20 INCM OUNCES
SECTION A-A
SEE NOTE »B
1007566
8
4b
. !:
RELAY
1007567 -[
REV
■SERIAL NQ
'vly'U i U^iVly'
3
MARKING VIEW
SCALE 2/1
RELAY
1007567 -[
REV
■SERIAL NO.
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
RELAY MODULE
ASSEMBLY
NOTES
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MM.-D-70327
2. AR DENOTES AS REQUIRED
3. FT DENOTES FEED THRU
4. K INDICATES CATHODE SIDE OF DIODE
5. WELD PER ND 1002005
G. ASSEMBLE FIND N0.4 TO FIND NO.S PER 1002136
7. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING
8. BLACK DOT AND CROSSHATCHED WIRING INDICATES UPPER LEVEL WIRING
9. BOND KI ( K2,K3,K4K5 ANDK6T0FINDNQ2 PER NDIG02004 TYPE I
10. MARK .lOO^OGGHIGHWHTCHARACTERS PER ND 1002019. CENTRALIZE AS SHOWN
11. MARK.I4C/.I00HIGHWHTCHARACTERS PER NDI0020I9 AND SERIALIZE PER
ND1002023 CENTRALIZE AS SHOWN
12. ENCAPSULATE MODULE PER NDI002002, BLACK POLYURETHANE FOAM.REMOVE ALL FLASHING
13. INDICATED AREAS TO BE FREE OF ENCAPSULATION
14. BOND FIND N0.I4 TO FIND N0.4 PER ND 1002237
15. WORKMANSHIP REQUIREMENTS PER ND I0020G9
It. COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH
AND SHALL MEET ALL OF THE REQUIREMENTS OF PS 1007567.
47. Clean module where possible by oeGe&ASiN& with pieeon and
I50-PB0PYL Ak.COBOL. APPLY ADHESIVE TO FKAMB ON ALL AVAILABLE FOAM
CONTACT SUBFACE5 TO WITHIN .03 INCH!.OS OF EXTERNAL. EDGES OF MODULE AND
TO A DEPTH OF .25 MIN IN FROM EDBE5. USE ADHESIVE P£|2 ND 1002187 TYPen,
6
n
U-
GUlOE PIN HOLES REF —'
MARKING VIEW
SCALE 2/1
•SEE NOTE H
4
3
2
I
Z9SZ00I
- PERMISSIBLE LIMITS
OF ENCAPSULANT
TOP AND 2 SIDES
SEE NOTE 12-
IcdYcdYcdYcjI
CZI I CD I CD ' CD • CD
aiaiaio
\S^\V° / ’«VT4
CR3/
na
3 Jl a Jl a Jl c:
i a i a O°L
faYoYaYaYci] 0
^ R£VIS£D PT« TORR i-23 i^ST'S^
2SI/I9FD Ppg r DAZ 194.5
C REVISED PERTDRR 19494
i£ POSBI6 JE BYT DEGREASING WITH FREON
r.OMOL PRs 3R TTO ENCAPSULATION.
. mounting bmjrface., paint all
/)2HO TYfE U„ AFTER ENCAPSULATION,
: ER 10107 >9-41.. CURE AT 140° F FOR EIGHT
PIN BLAf ES 4AND INSULATORS TO BE
APPLICABLE-
DASH NO.
GUIDE PIN holes ref-
n
V a
2
v. CD _l
-I £5 > cr
LU X Ld LU
qc Q oc c/)
MARKING VIEW
AR 1006776-21
AR IQ0677fe-20
6 1008534
& ICI0353-4
4 1310392-1
6 1010362-003
AR IQ0fe77fe-22
AR 1006757-6
AR IQ0G757-I
8 1008161- 3_
2 IOI5I35 -015
54 1006782-5
54 I00S775
I 10085 39_
I 1008537
I IOQ7592
I FRACTIONS DECIMALS ANGLES[ ■
INSULATION SLEEVING _
INSULATiQN SLEEVING _
GASKET. CON NEC TQR MINIATURE
RELAY _
DIODE _
DIODE _
INSULATION SLEEVING _
WIRE, ELEC .020 DIA _
WlRE f ELEC 010 X.020 _
SCREW CAP SLOTTED HQ (SPECIAL^
SPACER _
CONTACT WRAPQST-MALE MIN
INSULATOR WRAFCST-MALE MIN
WIRING BOARD. BOTTOM
WIRING BOARD,TQP _
FRAME__
MANNED SPACECRAFT CENTER
RELAY MODULE
ASSEMBLY
80230 0
1007567
APPLICATION
SCALE 4 J
M
40 41 42 43 44 45 46 47 48 49 50 51 52 53 54
, 2 qT '«
' FT2_ _ ,'kJ' ■
^2
20 21 22 23
24 25 26 27
1 2 3 4 5 1 8 7 8 9 10 II 12 13 14 15
- PERMISSIBLE LIMITS
OF ENCAPSULANT
TOP AND 2 SIDES
SEE NOTE 12-
a'D'a'aia
CD!a ,£Z3 Ja]
1 cd YcuY cjfnz\
8 vlb*5
interpret drawing in accordance with standaros
PRESCRIBED BY MIL-D-70327
AR DENOTES AS REQUIRED
FT DENOTES FEED THRU
K INDICATES CATHOOE SIDE OF DIODE
WELD PER ND 1002005
ASSEMBLE FIND N0.4 TO FlNO NQ5 PER 1002138
WHITE DOT ANO CLEAR WIRING INDICATES LOWER LEVEL WIRING
BLACK DOT AND CROSSHATCHED WIRING INDICATES UPPER LEVEL WIRING
BOND KI,K2,K3^K4 f K5 AND K6 TO FIND NQ2 PER NOI002004 TYPE I
MARK. 100/060HIGH WHTCHARACTERS PER ND 1002019. CENTRALIZE AS SHOWN
MARK,I4C/J00HIGH WHTCHARACTERS PER NDI0020I9 ANO SERIALIZE PER
NDI002023 CENTRALIZE AS SHOWN
ENCAPSULATE MODULE PER NDI002002, BLACK POLYURETHANE FOAM.REMOVE ALL FLASHING
INDICATED AREAS TO BE FREE OF ENCAPSULATION
BONO FIND NO. 14 TO FIND NQ.4 PER ND 1002237
WORKMANSHIP REQUIREMENTS PER ND 1002089
COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH
AND SHALL MEET ALL OF THE REQUIREMENTS OF PS I0075B7.
«. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON
ANO ISO-PROPYL. ALCOHOL PRIOR TO ENCAPSULATION.
19. EXCEPT FOR H ELI COIL. MOUNTING SURFACE, PAINT ALL
SURFACES PER ND 1002110 TYPE H, AFTER ENCAPSULATION,
USING BLACK PAINT PER 1010729-4. CURE AT 140° F FOR EIGHT
HOURS. CONNECTOR PIN BLADES AND INSULATORS TO BE
FREE FROM PAINT.
.
i # j
i llMM MM WA W . iW .W l W II I' lW' i
F l°A=A=4SL
~ V V V *
L= , JL=A a Jl=l
faYcuYc
REF i
APPLICABLE
DASH NO.
GUIDE PIN HOLES REF
MARKING VIEW
•i .-<*
a Z95ZOOI
_-| ^ I •;
^0 A REVISED PER TORR 3
_ 25V SEP ppe^pftg )94 5 , y^ '
(*) C REVISED PER TD2R <9494
D ~fe£\ ,SED PER TPB-R 20,43
Tcd YcdTcdYcdI
__.000
.005
SEE NOTE 12
J-lLL
^crx
MAX f
- SEE NOTE 13
2 SIDES
.005 -H typ
MAX I 30
- PERMISSIBLE LIMITS
OF ENCAPSULANT
TOP AND 2 SIDES
SEE NOTE 12-
it OOS5I6LE fi'Y DEGREASING WITH FREON
CGHOL PRiOR (TO ENCAPSULATION.
. MOUNT'NG ’iUJRFACE, PAINT ALL
:O2ll0 TYPE z, AFTER ENCAPSULATION.
: ER iC>G729-*.. CURE AT i4C° F FCR EIGHT
pin blades and insulators to be
FT^rW\^ >- CR7
^ 8'1.CR5
■ V V v *
[“ YaYaV . aYt =‘] o
applicable
DASH NO.
6UIDE PIN HOLES REF
MARKING VIEW
AR ! 1006776-21
AR lQOto77fe-2Q
fc 1008554
fe ICL353-4
4 IQIQ3S2-I
6 1010362-003
AR IQ0fe77fe-22
AR | ILCeTS^-S
AR 1006757-1
fa IQGBiei -3 _
2 IQIS135 -015
54 ioofe7ea-5
54 1006775
I 100 6539_
I 1008537 _
I 1007592
UNLESS OTHERWISE SPECIFIED
- DIMENSIONS ARC IN INCHES
_ TOLERANCES ON
' FRACTIONS OECtMALS ANGLES “
*- *.005 *— <
- 00 NOT SCALE THIS DRAWING t
MATERIAL “
IN SULATION SLEEVI NG_
INSULA, ,QN SLEEVING _
GASKET,, CON NEC TQR MINIATURE
RELAY _
DIODE _
DIODE _
insulation sleeving _
WIRE,ELEC .020 DlA _
WIRE, ELEC QIC X.020 _
SCREW CAP SLOTTED HQ (SPEClAL7~
SPACER _
CONTACT WRAPQST-MAlEjMIN
INSULATOR^ WRAP~ST-MALE MIN
WIRING EQARC.BOTTOM '*
WIRING BOARD,TOP
FRAME_
MANNED SPACECRAFT CENTER
RELAY MODULE
. 8C230 J 1007567
J . d/rtV . SCALE 4/1 WT ' | SHEET J
1007567 D
40 41 42 43 44
45 46 47 46 49
>0 51 52 53 54
/ /
j
f
i
©
©
- PERMISSIBLE LIMITS
OF ENCAPSULANT
TOP AND 2 SIDES
SEE NOTE 12
- 666 -
NOTES
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. AR DENOTES AS REQUIRED
3. FT DENOTES FEED THRU
4. K INDICATES CATHODE SIDE OF DIODE
5. WELD PER ND 1002005
6. ASSEMBLE FIND N0.4 TO FIND N0.5 PER 1002136
7. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING
8. BLACK DCT AND CROSSHATCHED WIRING INDICATES UPPER LEVEL WIRING
9. BOND KI | K2,K3K4K5 ANCK6T0FINDNQ2 PER NOI002004 TYPE I
10. MARK .lOO/OfeOHIGHWHTCHARACTERS PER ND 1002019. CENTRALIZE AS SHOWN
11. MARK.I40/.IOGHIGH WHTCHARACTERS PER ND 1002019 AND SERIALIZE PER
NDI002023 CENTRALIZE AS SHOWN
12. ENCAPSULATE MODULE PER NDI002002, BLACK POLYURETHANE FOAM. REMOVE ALL FLASHING
13. INDICATED AREAS TO BE FREE OF ENCAPSULATION
14 . BO N O r iN O N 0. I4 TO T in D N O.4 PCR NO t OO gg 37
15. WORKMANSHIP REQUIREMENTS PER ND 1002069
It. COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH
AND SHALL MEET ALL OF THE REQUIREMENTS OF PS 1007567.
I T GmiAN WH H 1 PQ S & lB u e BT D > Ge&A» 5 l H 6 i WITH M ES O N AND
18. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON
AND ISO-PROPYL. ALCOHOL PRIOR TO ENCAPSULATION.
19. EXCEPT FOR H ELI COIL. MOUNTING SURFACE, PAINT ALL
SURFACES PER ND 1002110 TYPE H, AFTER ENCAPSULATION,
USING BLACK PAINT PER 1010729-4. CURE AT 140° F FOR EIGHT
HOURS. CONNECTOR PIN BLADES AND INSULATORS TO BE
FREE FROM PAINT.
Ml-
r. I
•■i
i
i
D
C
be possible er i degreasing with freon
[cohol prior *o ENCAPSULATION.
kiogno T^ PE--g ; -^ frTCR encapsulat io n .
P E R t OK >T2 9- - » ^ CURE AT -H 40°F FOR E IGH T
b P I N BLADES -AKl D IN SULATO R S TO &E
*U»F*A*., f* *0T • AU . « U eFAC» PE* ND \00V175,
s**D 100880*-* COtviNiECTCP P>K BLADES
Fatt of paivt-.
I
4
GUIDE PIN holes ref
MARKING VIEW
SCALE Z/l
B
I UNLESS OTHERWISE SHOWED
I DIMENSIONS AM M MCMU
TOLERANCES ON
1007578
JZZ
AR
AR
8
6
4
6
AR
AR
AR
8
2
54
54
1
1
1
QTY
REQO
.OIL
ICIQ353-4
IQI0392- I
IOO 8 I 6 I -3
IOI5I35-OI5
1006782-5
1006775
1008539
1008537
1QQ7592
SCHEMATIC
REF
INSULATION SLEEVIN6
INSULAr,ON SLEEVING
GASKET. CON NEC TQR MINIATURE
relay
DIODE
INSULATION SLEEVING
WIRE. ELEC .020 DIA
WIRE, ELEC .010 X.020 _
SCREW CAP SLOTTED HQ (SPECIAL)
CONTACT WRAPQST-MALE MIN
INSULATOR.WRAPCST-MALE.MIN "
WIRING BOARD.BOTTOM
WIRING BOARD.TOP
FRAME
LIST OF MATERIALS
INSTRUMENTATION LA*
MANNED SPACECRAFT CENTER
HOUSTON. TEMS
RELAY MODULE
ASSEMBLY
COOC DENT NO
80230
jZl
NASA DRAWING NO
1007567
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11007567 |E
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50 5t 52 53 54
32 33 34 35
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20 21 22 23
24 25 26 27
12 3 4 5 | 6 7 8 9 10 II 12 13 14 15
ENCArSULATtON LIMIT
"t®"
SEE NOTE 13
2 SIDES
-PERMISSIBLE LIMITS
OF ENCAPSULANT
TOP ANO 2 SIDES
SEE NOTE 12-
INTERPRET DRAWING IN ACCORDANCE WITH STANDAROS
PRESCRIBED BY MIL-D-70327
AR DENOTES AS REQUIRED
FT DENOTES FEED THRU
K INDICATES CATHOOE SIDE OF DIODE
WELD PER ND 1002005
ASSEMBLE FIND N0.4 TO FIND NQ.5 PER 1002136
WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING
BLACK DCT AND CROSSHATCHED WIRING INDICATES UPPER LEVELWIRING
BOND Kl ( K2,K3 ; K4 ; K5 AND K6 TO FIND NQ2 PER NDI002004 TYPE I
MARK lOO^OfeOHIGHWHTCHARACTERS PER ND 1002019. CENTRALIZE AS SHOWN
MARK .I40/JOOHIGH WHTCHARACTERS PER ND1002019 ANO SERIALIZE PER
NDI002023 CENTRALIZE AS SHOWN
18. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON
ANO ISO-PROPYL ALCOHOL PRIOR TO ENCAPSULATION.
19. EXCEPT FOR MODULE MOUNTIMR SU&FACS., PA.INT ALL SURFACE* P6R KlD \00V179 ^
USINQ 101099^ PRiMte AMD 1008809-4 PK\NT- CONNECTOR P»U BLADES
AND INSULATORS To BE FREE OF PAINT.
ENCAPSULATE MODULE PER NO1002002, BLACK POLYURETHANE FOAM. REMOVE ALL FLASHING
INDICATED AREAS TO BE FREE OF ENCAPSULATION
IS WORKMANSHIP REQUIREMENTS PER ND 1002069
It. COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH
AND SHALL MEET ALL OF THE REQUIREMENTS OF PS 1007567.
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SEE NOTE 15-
-®®|eN6»PSUt4 T <0N LIMIT
-SEE NOTE 7
-SEE NOTE 8
-SEE NOTE 13
2 SIDES
Hoso™*
- PERMISSIBLE LIMITS
OF ENCAPSULANT
TOP AND 2 SIDES
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interpret DRAWING in ACCORDANCE WITH standards
PRESCRIBED BY MIL-D-70327
AR DENOTES AS REQUIRED
FT DENOTES FEED THRU
K INDICATES CATHODE SIDE OF DIODE
WELD PER ND 1002005
ASSEMBLE FIND N0.4 TO FIND N05 PER 1002136
WHITE DOT AND CLEAR WIRING INOlCATES LOWER LEVEL WIRING
BLACK DOT AND CROSSHATCHED WIRING INDICATES UPPER LEVEL WIRING
BOND Kl K2,K3,K4K5 AND K6 TO FIND N02 PER N0I002004 TYPE I
MARK .I00/.G60HIGH WHTCHARACTERS PER ND 1002019. CENTRALIZE AS SHOWN
MARK.I4C/.I00HIGH WHTCHARACTERS PER NDI0020I9 AND SERIALIZE PER
ND1002023 CENTRALIZE AS SHOWN
. ENCAPSULATE MODULE PER NDI002002, BLACK POLYURETHANE FOAM.REMOVE ALL FLASHING
. INDICATED AREAS TO BE FREE OF ENCAPSULATION
15. WORKMANSHIP REQUIREMENTS PER ND 1002069
It. COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH
AND SHALL MEET ALL OF THE REQUIREMENTS OF PS 1007567.
18 CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON
AND ISO-PROPYL ALCOHOL PRIOR TO ENCAPSULATION.
19. EXCEPT FOR MODULE MOUMTlMR SURFACE. ^ PAIWT ALL SURFACES PSR ND 1001/179 ^
USINQ IOtOS9 7- PRVME.R AMD I008809-A PAVMT. CONNECTOR PlM BLAD&$
AND INSULATORS TO BE F2EE OF PAINT.
GUIDE PIN MOLES REF-
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AR 1006776-21
AR 1006776-20
ft 1008554
ft 1010353-4
4 1010392-1
6 1010362-003
AR 1006776-22
AR IQQ6757-8
AR 1006757-1
8 100 8 161-3
2 IOI5I35-OI5
54 1006782 -5
54 1006775
I 1008539
1 1008537
I 1007592
qty mrr or
INSULATION SLEEVING
INSULATION SLEEVING _
GASKET.CONNECTOR MINIATURE
RELAY _
DIODE _
DIODE _
INSULATION SLEEVING _
WlRE f ELEC .020 DIA _
WIRE ELEC .010 X020
SCREW CAP SLOTTEO HQ &PECIAI
SPACER _
CONTACT WRAPQST-MALE MIN
INSULATOR WRAPOST-MALE MIN
WIRING BOARD.BOTTOM
WIRING BOARD.TOP _
FRAME . .
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UNLESS W H E RW m SW D
- M M CN1 0 N8 ME M MONO
_ TOLERANCES ON
*- *005 1
- 00 NOT SOME HRS MMMM
MANNED SPACECRAFT CENTER
HOUSTON. TUM
1. INTERPRET DWG IN ACCORDANCE WITH STANDARDS PRESRI3ED BY MIL-D-70327
2. MATtRIAL: MAGNESIUM ALLOY ZK-60A-T5 PER QQ-M-31
3. REMOVE ALL BURRS AND BREAK SHARP EDGES .005/.0I5
4 . unless otherwise specieied all fillets and radii .oio max
5. UNLESS otherwise SPECIFIED '25/all O/ER
6. finish : anodize PER MIL-M-3171, TYPE EE. ALL THREADED
HOLES TO BE FREE OF ANODIZE
7. INSTALL FIND NO. 2 PER MS33646, EXCEPT DIM. F TO BE .594
BREAK OFF DRIVING TANG
8. COA T THREADS AND FIND NOl 2 WITH MIL-P-6585, WET ZINC CHROMATE PRIMER
9t IDENTIFY PER ND1002019
I 1007568 I I
3
2
B
© REPLACES WORD DWG REV A
—
—
—
6
—
1008591
SCREW, KEWOKKEO
nr
l
1006535
TOE CAP POWERY SERVO ASSY
II
_
1
1007560-011
PWR DI0S4SIG COND ELEC ASSY TRAY IQ
10
"
1
1007579-011
OPTICAL ELECTRONICS ASSY. TRAY 9
. V
““
l
1007576-011
OPTICAL ELECTRONICS ASSY. TRAY t
6
1
”
l
1007577- 011
MISC ELECTRONICS ASSY. TRAY 7
7
__
1
'
10075 76-011
CCJ.'r'v.'R ZJ TT CLCCT.Tr::cC aSSVT’ayG
t>
__
1
1007575 - 011
CDUYGYRO ACCEL ELECTRONCS ASSY, TRAY S
5
1
1007574-011
GYRO ACCEL ELECTRONICS ASSY , TRAY 4
4
1
1
1007573 - 011
GYRO ACCEL ELECTRONICS ASSY,TRAY Si
3
—
1007572- Oil
|PWR SUPP ELECTRONICS ASSY. TRAY 2
2
'
~T~
1007571 - Oil
IGIMBAL SERVO ELECT. ASS Y. TRAY 1
1
on
IFPBC-
TMTY
MKT ON^
I NOMCMCLATUM OR
| OOCMPnON
PWO
NO.
| QUANTITY REQUIRED
U«T OP MATUMU 1
THE ASSEMBLY PART NUMBER IS THE CRANING
NUMBER AND THE DASH NUMBER THAT APPLIES
lx«T | OP I
1007670
j'm-
APOLLO G&N Specification
PS1007570 A
1. SCOPE
1.1 PURPOSE. This specification establishes the requirements for the procurement of spare
Tray Assemblies of the Power and Servo Assembly, hereafter called the assembly.
1.2 CLASSIFICATION. The requirements for Part Numbers 1007570-011 shall be designated
as Type I within this specification and identified as PS1007570-011. The requirements for Part
Number 1007570-021 shall be designated as Type I within this specification and identified as
PS1007570-021. The requirements for Part Number 1007570-031 shall be designated as Type I
within thia specification and identified as PS1007570-031.
2. APPLICABLE DOCUMENTS
2.1 EFFECTIVE ISSUES. The following documents of the issue in effect on the date of this
specification form a part of this specification to the extent specified herein.
SPECIFICATIONS
APOLLO G&N
ND1002210
FTM1007570 ♦
DRAWINGS 1 "
APOLLO G&N
1007570
1007571-011,-031
1007572-011,-041
1007573-011,-031
1007574-011,-031
1007575-011,-031
1007576-011,-021,-031
1007577-011,-031
1007578-011,-02^
1007579-011,-021
1007580-011,-021
General Specification for Procurement of APOLLO
Guidance and Navigation Assemblies and Subassemblies
Final Test Method for Power and Servo Assembly Tray
Assemblies (Spares, Series 100)
Power .and Servo Assembly
Gimbal Servo Electronics Assembly, Tray 1
Power Supply Electronics Assembly, Tray 2 .
Gyro Accelerometer Electronics Assembly, Tray 3
Gyro Accelerometer Electronics Assembly, Tray 4
CDU and Gyro Accelerometer Electronics Assembly, Tray 5
CDU and Power Supply Electronics Assembly, Tray 6
Miscellaneous Electronics Assembly, Tray 7
Optics Electronics Assembly, Tray 8
Optics Electronics Assembly, Tray 9
Power Diodes and Signal Conditioner Electronics Assembly,
Tray 10
APOLLO G&N Specification
PS1007570 A
3. REQUIREMENTS
3.1 GENERAL SPECIFICATION. Unless otherwise specified herein, all of the requirements
of Specification ND1002210 shall apply as requirements of this specification.
3.2 DESCRIPTION. Hie PSA contains the electronics for the Inertial Subsystem (ISS) and
the Optics Subsystem (OSS). The assembly shall consist of the following tray assemblies:
a. Gimbal Servo Electronics Assembly, Part No.
b. Power Supply Electronics Assembly, Part No.
o. Gyro Aeoel Electronics Assembly, Part No.
d. Gyro Accel Electronics Assembly Part No.
e. CDU and Gyro Accel Elec Assembly, Part No.
f. CDU and Pwr Supply Elec Assembly, Part No.
g. Miscellaneous Electronics Assembly, Part No.
h. Optics Electronics Assembly, Part No.
i. Optics Electronics Assembly, Part No.
j. Pwr Diodes and Sig Cond Elec Assy, Part No.
1007571-011,-031
1007572-011,-041
1007573-011,-031
1007574-011,-031
1007575-011,-031
1007576-011,-021r031
1007577-011,-031
1007578-011,-021
1007579-011,-021
1007580-011,-021
3.3 FUNCTIONAL REQUIREMENTS
3.3.1 Electrical Inputs. The assembly shall perform as specified herein with the following
electrical inputs:
a. DC Supply Voltage: *27.5*2.5 vdc, <10 amp, <250 mv pp ripple, >0.026 ohm source
Impedance.
b. AC Supply Voltage: 115.0*5.7V rms, 400.0*4.0 cps, <6% distortion, <0.07 amp.
o. Input Signals: All pulses and ac input signals shall have a frequency accuracy of ^<100 ppm
and all pulses shall be synchronised.
(1) Continuously applied signale ' ' * ' ' l **
(a) 800 PPS Pulse: 5.5*0.5V sero to peak, 3.0*0.5 psec pulse width, 0.2*0.1 psec
pulse risetime, <0.6 pseo pulse falltime, 800 pps PRF, 0 phase and » phase.
(b) 3.2 KC 0 Phase Reference Pulse: 5.5*0.5V zero to peak, 3.2 kc PRF,
3.0*0.5 psec pulse width, 0.2*0.1 psec risetime, <0.6 pseo falltime.
(c) 8.2 KC *• Phase Reference Pulse: Same as 0 phase reference pulse except
180" out of phase.
(d) 3.2 KC Interrogate Pulse: Same as 3.2 kc 0 phase reference pulse hut lags
the 0 phase reference pulse by 117.0*4.5 psec.
(e) 3.2 KC Switching Pulse: Same as 3.2 kc 0 phase reference pulse but lags
the 3.2 kc interrogate pulse by 2.0*0.2 psec.
APOLLO G&N Specification.
PTM1007570 A
FINAL TEST METHOD
FOR
POWER AND SERVO ASSEMBLY TRAY ASSEMBLIES
(SPARES, SERIES 100)
1. GENERAL REQUIREMENTS. Unless otherwise specified, the supplier is responsible
for the performance of all inspections to the satisfaction of the National Aeronautics and
Space Administration (NASA) representative. Except as otherwise specified, the supplier
may utilize his facilities or any commercial laboratory acceptable to NASA. Inspection
records of the examinations and tests shall be kept complete and available to NASA as
specified in the contract or order.
1.1 SCOPE. This specification lists the inspections for the Power and Servo Assembly Tray
Assemblies, hereafter called the assembly, which must be conducted prior to acceptance* The
procedures herein shall be followed in detail in order to ascertain whether the item merits
acceptance or warrants rejection.
1.2 CLASSIFICATION. The requirements for Part Number 1007570-011 shall be designated
as Type I within this specificatiori and designated as FTM1007570-011. The requirements for
Part Number 1007570-021 shall be designated as Type I within this specification and designated
as FTM1007570-02L The requirements for Part Number 1007570-031 shall be designated
as Type I in this specification and designated as FTM1007570-031.
1.3 APPLICABLE DOCUMENTS. This specification shall be used in conjunction with Drawing
1007570. When the requirements of Drawing 1007570 and this specification are in conflict, the
contractor shall notify MIT/IL APOLLO Management and the following order of precedence
shall apply:
a. The contract
b. This specification
o. The documents listed in this section.
1.3.1 Drawings. Drawings for the assembly are listed on Drawing 1007570.
L 3.2 Supplementary Documents. The following documents supplement the instructions herein.
SPECIFICATIONS
APOLLO G&N
ATP1007570 Assembly Test Procedure for Power and Servo Assembly
ATP1019985 PSA Workmanship-Vibration Test Specification
2
_ REVISIONS
>ym description — DATE | APPROVAL"
. REPLACED BY CONFIGURATION'^ A U/
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DIMENSIONS ARE IN INCHES ,N
TOLERANCES ON
FRACTIONS DECIMALS ANGLES DRA WN
•± ±. ±. _
PART OR
IDENTIFYING NO.
M I T
INSTRUMENTATION LAB
Camhidm. Mam.
CONTRACT
DATE
USED ON
DO NOT SCALE THIS DRAWING
MATERIAL
HEAT TREATMENT
FINAL FINISH
APPLICATION
CHECKED_
APPROVAL_
APPROVAL JlLA
nasa approval;
MIT APPROVAL 4
NOMENCLATURE OR
DESCRIPTION
LIST OF MATERIALS
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
POWER & SERVO ASSEMBLY
(100 SERIES)
hfi-r/<d l C0DE ,DENT N0 I S,ZE NASA DRAWING NO.
„ . Cl I0Q757Q
\ ^- crtI P WT lSHEE
SHEET I OF t
APOLLO GAN Specification
PS1007570 B
Original Issue Date: 2 ^ A*• Wf 4 C
Release Authority: TDRR ^
Class A Release .
PROCUREMENT SPECIFICATION
FOR
POWER AND SERVO A88EMBLY TRAY ASSEMBLIES
(SPARES, SERIES 100)
Record of Revisions
Date
Revision
Letter
TDRR
No.
Pages
Revised
Approvals I
AC
NASA
_A
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2. 3
MGM EA
05 IB 51
B
33955
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This specification consists of page 1 to 23 inclusive.
APPROVAL# C MLTZCEA
NASA/MSC
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AC
APOLLO GAN Specification
PS1007570 B
8 - s * 46 * 2 SPU Shaft Tachometer Input. The gain of the CDU Shaft Tachometer Input to the CDU
Shaft MDA output shall be4S6*234 V/V, The gain of the CDU Shaft Tachometer Input to the CDU
Shaft Tachometer Feedback output shall be fit 9*0.19 Y/V and tbs<phne0aldft shall be 3* *10* .
3.3.46.3 CDU Shaft 1/23
output shall im V/Y
toPut. The gain of the CDU Shaft 1/2X Input to the CDU Shaft MDA
id toe phase shift shall be 0* 035° at 27.0V rms output.
ds CDU Motor Drive Electronics
3.3.47.1 CPU Trunnion 16 X Input. The gain of the CDU Trunnion 16X input to the CDU Trunnion
MDA output shall be 1788*712 V/V and the phase shift shall be 0* *18* . The gain of the CDU
Trunnion 16X input to the CDU Trunnion 16X Error output shall be #<40*0.10 V/V and the phase shift
shall be 0* *10* .
3-3-47.2 CPU Trunni on Tachometer Input. The gain of the CDU Trunnion Tachometer input to
the CDU Trunnion MDA output shall be 333*117 V/V. The gain of the CDU Trunnion Tachometer
input to the CDU Trunnion 16X Feedback output shall be 0.33*0.10 V/V mi the phsM shift be
0 * * 10 * .
3.3.47.3 CPU Trun nion 1/4X Input. The gain of the CDU Trunnion 1/4X input to the CDU Trunnion
MDA output shall be V/V and the phase shift shall be 0* *35* at 27.0V raw output.
3-3.48.1 SCT Shaft IX Error Input. The gain of the SCT Shaft IX Error input to the SCT Shaft
MDA output shall be 1538*462 V/V and the phase shift shall be 180* *18* . The gain of the SCT
Shalt IX Error input to the SCT Shaft IX Error output shall be 3.33*0.10 V/Y art the phase shift
shall be 0* *10* .
3.3.48.2 SCT Shaft Tachometer Incut. The gain of the SCT Shaft Tachometer input to the SCT
Shaft MDA output shall be 33*47 V/V. The gain of the SCT Shaft Tachometer input to the SCT
Shaft Tachometer Feedback output shall be 3.33*0.10 Y/V and the shift shall b# 0* *10*.
3.3.49.1 SCT Trunnion IX Error Input. The gain of the SCT Trunnion IX Error input to the
SCT Trunnion MDA output shall be 113 3* 3 3 3 V/V and the phase shift shall be 0* *18* • The gain
of the SCT Trunnion IX Error input to the SCT Trunnion IX Error output shall be 8.93*0.10 V/V
and the phase shift shall be 0* *10* •
13
APOLLO GIN Specification
PSl007570 B
3.3.49.2 8CT Trunnion Tachometer Input. The gain of the SCT Trunnion Tachometer input
to the SCT Trunnion MDA output shall be 466*433, V/V. . The gain of the SCT Trunnion
Tachometer input to the SCT Trunnion Tachometer Feedback output shall be 0 . 89*0.10 v/V awl the
phase shift shall be 0* *10* .
3.3.49.3 SCT Tracker Mode Input. The gain of the SCT Tracker Mode input to the SCT Trunnion
MDA output shall be 1862*566 V/V and the phase shift shall be 0* *19* •
3.3.50 Sextant Shaft Motor Drive Electronics
3.3.50.1 SXT Shaft Tachometer Input . The gain of the SXT Shaft Tachometer input to the
SXT Shaft MDA output shall be 1862*566 V/V and the phase shift shall be 180* *18* . The gain
of the SXT Shaft Tachometer input to the SXT Shaft Tachometer Feedback output shall be 0 90*0 10 v/v
and the phase shift shall be 0* *10* •
3.3.50.2 Shaft Hand Control Input. The gain of the Shaft Hand Control input to the SXT Shaft
MDA output shall be 1538*462 V/V and the phase shift shall be 180* * 18 * . The gain of the
Shaft Hand Control input to the SXT Shaft MDA Input shall be 0.99*0.10 V/V and the phase shift shall
3.3.50.3 SXT Shaft 1/2X Input. The gain of the SXT Shaft 1/2X input to the SXT Shaft MDA
output shall be >3.0 V/V and the phase shift shall be 180* *35* at 9V rms input.
3.3.50.4 SXT Shaft 16X input. The gain of the SXT Shaft 16X input to the SXT Shaft MDA output
shall be 1353*539 V/V and the phase shift shall be 180* *18* •
3.3.50.5 SXT Shaft Tachome ter Input . The gain of the SXT Shaft Tachometer input to the SXT
Shaft MDA output shall be 93*47 V/V.
3.3.51 Sextant Encoder find DAC Electronic^
3.3.51.1 Sextant Sha ft ♦AO and MDA Outputs. The +A0 output pulse shall be 7.0*2.0V zero
to peak, the unconditioned +A© pulse shall be 20.5*4.5V aero to peak and the SXT Shaft MDA
output shall be >27V rms and have a phase shift of 0* *35* when the SXT Shaft 01 input signal is
lagging the SXT Shaft 02 input signal by 90* • All output A© pulses shall have a pulse rate ratio
of 1:1 to the 800 pps synchronizing pulse.
3.3.51.2 Sextant Shaft -AG and MDA Outputs. The -A© output pulse shall be 7.0*2.0V zero
to peak, the unconditioned -A© pulse shall be 20.5*4.5V aero to peak and the SXT Shaft MDA
output shall be >27 V rms and have a phase shift of 180* *35* when the SXT Steft 02 input signal
is lagging the SXT Shaft 01 input signal by 90* . All output AO pulses shall have a pulse rate
ratio of 1U. to the 800 pps synchronizing pulse.
19
APOLLO G4N Specification
PSl007570 B
3.3.51.3 Shaft DAC *A© Command intuit^ The SXT Shaft MDA output shall be >30V rms and
have a phaae shift of 180* *35* when a Shaft DAC +A© Command signal is applied. The SXT
Shaft MDA output shall be >27V rms and have a phase shift of 0* *35* when a shaft DAC -A©
Command signal applied.
3.3.58 Sextant Trunnion flytop ftrive Electronics
3.3.52.1 SXT Trunnion Tac hometer Input. The gain from the SXT Trunnion Tachometer input
to the SXT Trunnion MDA output shall be 1862*560 V/V and the phase shift shall be 180* *18* .
The gain from the SXT Trunnion Tachometer input to the SXT Trunnion Tachometer Feedback
output shall be 6.69*6.16 V/V and the phase-shift shall be OTnlO* .
3.3.52.2 Trunnion Hand Control Input. The gain from the Trunnion Hand Control input to the
SXT Trunnion MDA output shall be 1538*462 V/V and the phase shift shall be 180* *18* •
3.3.52.3 CPU Shaft IX Input . The gain from the CDU Shaft IX input to the SXT Trunnion MDA
input shall be 6.66*6.16 V/V mi the phase shift shall be 0* tip* .
3.3.61.4 SXT Trunni on IX Input. The gain from the 8XT Trunnion IX S2-S4 Input to the SXT
Trunnion MDA output shall be >3.0 V/V and the phase shift shall be 180* *35* at 9V rms
and the output at the SCT Trunnion IX P2-P4 terminals shall be 9.0*0. IV rms.
3.3.52.5 SXT Trunnion 64X Input. The gain from the SXT Trunnion 64X input to the SXT
Trunnion MDA output shall be *4 9 80668 V/V and the phase shift shall be 0* *18* •
3.3.62.6 SXT Trunnion Tachom otfr Inp ut with Feedback. The gain from the SXT Trunnion
Tachometer input with feedback to the SXT Trunnion MDA output shall be 98*49 V/V.
3.3.53 Sextant Trunnion Encoder and DAC Electronics
3.3.53.1 Sextant Trunnion +AQ and MDA Outputs. The +A© output pulse shall be 7.0*2.0V
aero to peak, the unconditioned +A0 pulse shall be 20.5*4. 5V aero to peak and the SXT Trunnion
MDA output shall be >27V rms and have a phase shift of 0* *35* when the SXT Trunnion 01 input
signal is lagging the SXT Trunnion 02 input signal by 90* . All output A© pulses shall have a
pulse rate ratio of Id to the 800 pps synchronising pulse.
3.3.53.2 Sextant Trunnion -A© and MDA Outputs. The -A© output pulse shall be 7.0*2.0V
aero to peak, the unconditioned -A© pulse shall be 10.5*4. 5V^aero to peak and the SXT Trunnion MDA
output shall be 227V dm and have a phase shift af 150* *35* when the SXT Trunnion 02 Input signal
Is lagging the SXT Trunnion 0* input etgnal by 90* . All output A© pulnes shall haven pulse rate
ratio of Id to the 860 pps pyeohronialng pulse. r ^vv * ^ a* * u *.*
1007570
3
3
1007570
. fc. Jlikr w<fc -B
roc
AGE HARNESS ANO PSA
END CONNECTOR ASSEMBLE
DETAIL A
SCALE Z/\
SEE DETAIL A
NOTES*
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. TRAY ASSEMBLY TORQUE TO FIND NO.II OR NO 23 AS APPLICABLE TO BE 25-30 IN.-LBS
3. TOE CAP HARDWARE TO BE SUPPLIED BY NORTH AMERICAN AVIATION INC.
4. PSA COLDPLATE TO BE SUPPLIED BY NORTH AMERICAN AVIATION INC.
REF PART NO VI6-6I4047
& SERIALIZE WITH TAG PER NO 1002023.
L. TEST PER ATP 1007570
7. IDENTIFY FIND NO. 12 PER NDI0020I9. FIND NO. 12
MAY BE SHIPPED DISASSEMBLED FROM FIND NO. II OR NO 23 AS APPLICABLE
8. MOUNTING TORQUE FOR FIND NO. 12 TO NAA COLDPLATE
(REF PART NO. VI6-614047) TO BE 30TO35 IN. LBS.
9. PROCURE SPARE TRAY ASSEMBLIES PER PS 1007570.
%
APOLLO GAN Specification .
ATP1007570 fc E
Original Issue Date:
Release Authority: TDRrJ* 7**
Class A Release
ASSEMBLY TEST PROCEDURE
FOR
POWER AND SERVO ASSEMBLY
• Record of Revisions
This specification consists of page 1 to 25 inclusive.
APOLLO G&N Specification
ATP1007570<E
TDRR 16920
ASSEMBLY TEST PROCEDURE
" FOR
POWER AND SERVO ASSEMBLY
MAR 2 1965
1. INTRODUCTION
1.1 SCOPE. This specification describes the requirements and procedures for the assembly
test of the Power and Servo Assembly, hereafter called the assembly. The assembly will be
used on the APOLLO Guidance and Navigation Equipment.
1.2 CLASSIFICATION. The assembly test requirements for Part Numbers* 1007S70^91lvil ' Le
aodf asfrraok; And m?ST0-0Sildhall bd designated «s Type I.
1.3 PRECAUTION. Whenever test power is applied to the assembly, the assembly shall
be mounted on a metal plate capable of maintaining all points on the mounting surface of the
trays at less than 90°F for any combination of conditions specified herein.
1.4 APPLICABLE DOCUMENTS. The following documents of the issue in effect on the date
of Mils specification form a part of this specification to the extent specified herein.
DRAWINGS
APOLLO GfiN
1007509
PIPA Calibration . _
1007521
Pulse Torque Gyro Calibration
1007550 " *
Load Compensation IMU
1007570
Power and Servo Assembly
1010428
Resolver
1015087
Interconnection List of AGE Interconnect Harness
and PSA End Connector Assembly
1016267
Transformer
2. ASSEMBLY REQUIREMENTS. There are no special assembly requirements.
2
I
NOTES*
1. interpret drawing in accordance with stanoaros
PRESCRIBED BY MIL-D-70327
2. TRAY ASSEMBLY TORQUE TO FINO NQJI ON NO 23 AS APPLICABLE TO BE 25-30 IN.-LBS
3. TOE CAP HARDWARE TO BE SUPPLIED BY NORTH AMERICAN AVIATION INC.
4. PSA COLDPLATE TO BE SUPPLIED BY NORTH AMERICAN AVIATION INC.
REF PART NO VI6-6I4047
£ SERIALIZE WITH TAG PER NO 1002023b
4. TEST PER ATP 1007370
7. IDENTIFY FIND NO. 12 PER NDI0020I9. FIND NO. 12
MAY BE SHIPPED DISASSEMBLED FROM FIND NO. II OR NO. 23 AS APPLICABLE
8. MOUNTING TORQUE FOR FIND NO. 12 TO NAA COLDPLATE
(REF PART NO. VI6- 614047) TO BE 30TO35 IN. L0S
9. PROCURE SPARE TRAY ASSEMBLIES PER PS 1007570.
AGE HARNESS ANO PSA
END CONNECTOR ASSEMBLY
SEP NO.;; _ J MISCELLANEOUS ELECTRONCS TRAY
DETAIL A
SCALE 2 /\
SEE DETAIL A~
NOTES*
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. TRAY ASSEMBLY TORQUE TO FIND NO.I I OR NO 23 AS APPLICABLE TO BE 25-30 IN.-LBS
3. TOE CAP HARDWARE TO BE SUPPLIED BY NORTH AMERICAN AVIATION INC.
4. PSA COLDPLATE TO BE SUPPLIED BIY NORTH AMERICAN AVIATION INC.
REF PART NO VI6-6I4047
S SERIALIZE WITH TAG PER NO 1002023.
L. TEST PER ATP 1007370
7. IDENTIFY FIND NO. 12 PER NDI0020I9. FIND NO. 12
MAY BE SHIPPED DISASSEMBLED FROM FIND NO.II OR NQL 23 AS APPLICABLE
8. MOUNTING TORQUE FOR FIND NO. 12 TO NAA COLDPLATE
(REF PART NO. VI6-614047) TO BE30T035 IN. LBS.
9. PROCURE SPARE TRAY ASSEMBLIES PER PS 1007570.
1007570
SCR NO - ^ OPTICAL ELECTRONICS THAT 8
A
4
3
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9m
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REPLACES WORD DW6 REV A
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REVISED PER TDRR l#&»
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REVISED PER TDRR 26394
rwr
£
REMISED PER TDRR- Z71S4
F
REVISED PER TDRR -27636
~Q~
REVISED tt/nm- 3Z2*5
Ct.
H
REVISED PER TDRR3M1T-
W
(S)REPl>CE* \NORO DW& REV A
1007570
THE ASSEMBLY PART NUMBER IS THE DRAINING
NUMBER ANO THE DASH NUMBER THAT APPLES
:/
T
1007578 ~0 31
OPT ICM ELE CTRDN tC& ASS’X TRM 0
70
\
100757^-031
:du smrua airmomcs *ssy mi i
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1000021-002
SCREW SELF-LOCK 1NG . SEALING
24
It
1000240
COVER. CONNECTOR
f}
A
ifli
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1000241
6ASKET-SEAL.CONNECTOR
24
1
i
1007220
TOE CAP POWER l SERVO ASST
23
1
|
l
100 7500-021
PWR MOS i SIG COND ELECTRONKS THAT 3
TT
_4h
|
i
10075 70-021
OPTICAL ELECTRONICS ASST TRAY •
71“
i
j
~r
ICO 7570-021
OPTICAL ELECTRONICS ASSY TRAY •
7r
i
|
i
1007577-031
MISCELANEOUS ELECTRONICS ASSY TRAY 7
it
Jh
i
1007570-021
CDU l POWER SUPP ELECTRONKS ASSY TRAY f
W
T
_ |
i
10075 75-031
COO 4 GYRO-ACCa ELECTRONICS ASSY TRAY 5
17
1
|
i
10075 74-031
tYt&AfrZLERttlTfft LLLCTRONICS ASSY TRAY 4
II
1
I
i
1007573-031
GYRO-ACCELEROMETER ELECTRONICS ASSY TRAYS
IS
_L
|
i
1007572-041
POWER SUPPLY ELECTRONICS ASSY TRAY 2
ir
l
J
nr
1007571-031
GIMBALSERVO ELECTRONICS ASSY TRAY 1
13
Jl.
$
6
1008591
SCREW, REWORKED
12
—
l
1006535
TOE CAP POWER V SERVO ASSY
II
-
l
|
1007560-011
PWR DI0S4SIG COND ELEC ASSY WUY 10
10
—
l
10075 70 -Oil
OPTICAL electronics assy. TRAY 3
9
—
l
10075 7B-Oil
OPTICAL ELECTRONICS ASSY. TRAY B
B ■
-
l
1007577- Oil
Wise ELECTRONICS ASSY. TRAY 7
7
—
l
10075 7«-Oil
C0LNPW4Y SUPP ELECTRONICS ASSY.TRAYG
G
—
l
1007575 - 011
CDCK'gYRO ACCEL ELECTROMCS ASSY,TRAY $1
5
—
l
1007574- 011
GYRO ACCEL ELECTRONKS ASSY. TRAY 4
4
—
l
1007573-011
GYRO ACCEL ELECTRONICS ASSY.TRAY 3
3
-
,1
1007572- 011
PWR SUPP ELECTRONICS ASSY. TRAY 2
2
—
f
1007571 - Oil
GIMBAL SERVO ELECT. ASS Y. TRAY 1 1
1
041
031
•El
on
nvrrr
MAT OR
-
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two
NO
1 QUANTITY REQUIRED
URT OP MTOMU
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MMK
MB «
OR
WCOACD
MCHU
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MANNED SPACECRAFT CENTER
HOUSTON. TOM
r
mm
9
POWER AND SERVO
ASSEMBLY
1007570
■%
&
tlyy *
1007570
[rrjsy
3
^■stwr’l: , ts
APOLLO GAN Specification
PS1007570
1. SCOPE
1*1 PURPOSE. This specification establishes the requirements for the press remaat of spare
fray Assemblies of tbs Power am} Servo A ss em bl y . .hereafter Called the assembly.
1.2 CLASSIFICATION. Tbs requirements for Put Number 1007570-011 shall be designated
as Type I within this specification and identified as P81007570-011.
2. APPI1CABLE DOCUMENTS
2.1 EFFECTIVE ISSUES. The following documents of the issue in eOect on the date of this
specification form a part of this specification to the extent specified herein.
SPECIFICATIONS
- 4 *i
APOLLO GbN
ND1002210 General Specification for Procurement of APOLLO
Guidance and Navigation Assemblies and Subassemblies
FT Ml007570
DRAWINGS
Final Test Method for Power and Serve As s em bly Tray
Assemblies (Spares. Series 100)
APOLLO GAN
1007570 Power and Servo Assembly
1007571-011 Glmbal Servo Electronics Assembly, Tray 1
1007572-011 Power Supply Electronics Assembly, Tray 2
1007573-011 Gyro Accelerometer Electronics Assembly, Tray 2
1007574-011 Gyro Accelerometer Electronics Aasembly, Tray 4
1007575-011 CDU and Gyro Accelerometer Electronics Assembly, fray 5
1007576-011 C2XJ and Power Supply Electronics Assembly, fray 6
1007577-011 Miscellaneous Electronics Assembly, fray 7
1007578-011 Optics HleetmaiSe ftaaamh?*, Tray 0^
1007570-011 Optics Electronics Assembly, Tray 0
1007580-011 Power Diodes and Signal Conditioner Electronics Assembly,
Tray 10
S
APOLLO GAN Specification
PS1007570
3* REQUIREMENTS
3.1 GENERAL SPECIFICATION. Unless otherwise specified herein, all of the requirements
of Specification ND1002210 shall apply as requirements of this specification.
3.2 DESCRIPTION. Hie PSA contains the electronics for die Inertial Subsystem (XSS) and
the Optics Subsystem (OSS). The assembly shall consist of the following tray assemblies:
a. Gimbal Servo Electronics Assembly, Part No. 1007571-011
b. Power Supply Electronics Assembly, Part No. 1007572-011
c. Gyro Aecel Electronics Assembly, Part No. 1007573-011
d. Gyro Aocel Electronics Assembly Part No. 1007574-011
e. CDU and Gyro Accel Elec Assembly, Part No. 1007575-011
f. CDU and Pwr Supply Elec Assembly, Part No. 1007576-011
g. Miscellaneous Electronics Assembly, Part No. 1007577-011
h. Optics Electronics Assembly, Part No. 1007578-011
i. Optics Electronics Assembly, Part No. 1007579-011
j. Pwr Diodes and Sig Cond Elec Assy, Part No. 1007580-011
3.3 FUNCTIONAL REQUIREMENTS
3.3.1 Electrical Inputs. The assembly shall perform as specified herein with the following
electrical inputs:
a. DC Supply Voltage: 27.5*2.5 vdc, <20 amp, <250 my pp ripple, >0. 026 ohm source
impedanoe.
b. AC Supply Voltage: 115.0*6. 7V rms, 400.0*4.0 cps, <5% distortion, <0.07 amp.
e. Input Signals: All pulses and ac input signals shall have a frequency accuracy of ,<100 ppm
and all pulses shall be synchronized.
(1) Contiwioaaly applied signal* **
(a) 800 PPS Pulse: 5.5*0.5V zero to peak, 3.0*0.5 psec pulse width, 0.2*0.1 psec
pulse risetime, <0.6 psec pulse falltime, 800 pps PRF, 0 phase and v phase.
(b) 3.2 KC 0 Phase Reference Pulse: 5.5*0.5V zero to peak, 3.2 kc PRF,
3.0*0.5 psec pulse width, 0.2*0.1 psec risetiine, <0.6 psec falltime.
(o) 3.2 KC v Phase Reference Pulse: Same as 0 phase reference pulse except
180* out of phase.
(d) 3.2 KC Interrogate Pulse: Same as 3.2 kc 0 phase reference pulse but lags
the 0 phase reference pulse by 117.0*4.5 psec.
(e) 3.2 KC Switching Pulse: Same as 3.2 kc 0 phase reference pulse but lags
the 3.2 kc interrogate pulse by 2.0*0.2 psec.
3
APOLLO GAN Specification
PSl007570
S. 3.46.2 CPU Shaft Tachometer Input. The gain of the CDU Shaft Tachometer input to the CDU
Shaft MPA output shall be4*6*224Y/Y, The gain of the CPU Shaft-Tachometer input to the CPU
Shaft Tachometer Feedback-output shall be OotSetojV Y/^T led MwiphSMTshllir iiliell t* 9 T ftio* •
3.3.46.3 CPU Shaft 1/2X Input. The gain of the CPU Shaft 1/2X input to the CPU Shaft MPA
output shall be >3.3 V/V and the phase shift shall be 0* *35* at 30.0V rms output.
3.3.47.1 CPU Trunnion 16X Input. The gain of the CPU Trunnion 16X input to the CDU Trunnion
MPA output shall be 1788*712 V/V and the phase shift shall be 0* *18* . The gain of the CDU
Trunnion 16X input to the CDU Trunnion 16X Error output shall be 6*33*0; 10Y/V and the phase shift
shall be 0* *10* .
3.3.47.2 CDU Trunni on Tachometer Input. The gain of the CPU Trunnion Tachometer input to
the CDU Trunnion MPA output shall be 233*117 V^V. The gain of the CDU Trunnion Tachometer
input to the CDU Trunnion 16X Feedback output shall be 0W*i*O. 16 Y/Tvl the plums shift shall be
0 * * 10 *. > ,
3.3.47.3 CPU Trunnion 1/4X Input. The gain of the CDU Trunnion 1/4X input to the CDU Trunnion
MDA output shall be >3.3 V/V and the phase shift shall be 0* *35* at 30V rms output.
3.3.48.1 SCT Shaft IX Error Input. The gain of the 8CT Shaft IX Error input to the SCT Shaft
MDA output shall be 1538*462 V/V and the phase shift shall be 180* *18* . The gain of the SCT
Shaft IX Error input to the SCT Shaft IX Error output shall be 6*08*0.10 V/V nMthe phase shift
shall be 0* *10* •
3.3.48.2 SCT Shaft Tachometer Input . The gain of the SCT Shaft Tachometer input to the SCT
Shaft MPA output shall be 93*47 V/V. The gain of the SCT Shaft Tachometer input to the SCT
Shaft Tachometer Feedback output shall be 3.33H.10 V/Y dad 4hephase Shift shall b*<T*10* .
3.3.49.1 SCT Trunnion IX Error Input. The gain of the SCT Trunnion IX Error input to the
SCT Trunnion MPA output shall be 18611833 V/V and the phase shift shall be 0* *18* . The gain
of the SCT Trunnion IX Error input to the SCT Trunnion IX Error output shall be *>3830.1? v/V
and the phase shift shall be 0* *10* .
APOLLO GAN Specification
PS1007570
3.3.49.2 8CT Trunnion Tachometer Input. The gain of the SCT Trunnion Tachometer Input
to the SCT Trunnion MDA output shall be 486*133 .V/V. Vf . The gain of the SCT Trunnion
Tachometer input to the SCT Trunnion Tachometer Feedback output shall be 0«99*0<}A Y/V Had the
phase shift shall be 0* *10* .
3.3.49.3 SCT Tracker Mode Input. The gain of the SCT Tracker Mode input to the SCT Trunnion
MDA output shall be 1862*566 V/V and the phase shift shall be 0* *18* .
3.3.60 Sextant I
t Motor Drive Electronics
3.3.50.1 BXT Shaft Tachometer Input. The gain of the SXT Shaft Tachometer input to the
SXT Shaft MDA output shall be 1862*566 Y/V and the phase shift shall be 180* *18* . The gain
of the SXT Shaft Tachometer input to the SXT Shaft Tachometer Feedback output shall be 0.99*0.10 Y/V
and the phase shift shall be 0* *10* •
3.3.50.2 Shaft Hand Control Input. The gain of the Shaft Hand Control input to the SXT Shaft
MDA output shall be 1538*462 V/V and the phase shift shall be 180* *18* . The gain of the
Shaft Hand Control input to the SXT Shaft MDA Input shall be 0; 99*0.10 V/V tindlh* phase eMft shall
be 0* *10* .
3.3.50.3 SXT Shaft 1/2X Input. The gain of the SXT Shaft 1/2X input te the SXT Shaft MDA
output shall be >3.3 V/V and the phase shift shall be 180* *36* at 9V rms input.
3.3.60.4 SXT Shaft 18X input. The gain of the SXT Shaft 1«X input to the SXT Shaft MDA output
shall be 1363*639 V/V and the phase shift shall be 180* *18* .
3.3.50.6
Shaft MDA output shall be 93*47 V/V.
The gain of the SXT Shaft Tachometer input to the SXT
3.3.51.1 Sextant 8ha ft +AQ an d MDA Outputs. The +A0 output pulse shall be 7.0*2.0V sero
to peak, the unconditioned +A0 pulse shall be 20.5*4.5V aero to peak and the SXT Shaft MDA
eutput shall be >30V rms and have a phase shift of 0* *25* when the SXT Shaft 01 input signal is
lagging the SXT Shaft 02 input signal by 90* • All output A0 pulses shall have a pulse rate ratio
of 1:1 to the 800 ppa synchronising pulse.
3.3.51.2 Sextant Shaft -AO and MDA Outputs. The -A0 output pulse shall be 7. CM6.0V aero
to peak, the unconditioned -A0 pulse shall be 20.5*4.5V sero to peak and the SXT Shaft MDA
output shall be >30 V rms and have a phase shift of 180* *35* when the SXT Shaft 02 input signal
is lagging the SXT Shaft 01 input signal by 90* • All output A0 pulses shall have a pulse rate
ratio of lil to the 800 ppa synchronising pulse.
a.JW./,®-*. r 2 W , *-;>«■ /sar-'-'T* i? i
apollo oan specification
PSl 007570
3.8.S1.S Shaft DAC *AQ Command in PB t ffr The SXT feaft MDA output ehaU be >30V rms and
have a phase shift of 180* *35* when a Shaft DAC +A0 Command signal is applied. Tim SXT
Shaft MDA output shall be >30V rms and have a phase shift of 0* *35* when a shaft DAC -AO
Command signal ifplitdt
3.3.52.1 BXT_Trunnion Tacho meter Input. T)»» fr«ii av»r eYraritmi Tirhnmotnt ^»mit
to the SXT TrumftonMDA output shall be 1862*56* V/V and the phase shift shall be 180* *18* .
The gain from the SXT Trunnion Tachometer input to the SXT Trunnion Tachometer Feedback
output shall be 6.36*6.16 V/V tad Jim^hastf shift sImabOJir *10* ,
3.3.52.2 Trunnion Hand Control Input. The gain from the Trunnion Hand Control tape* to the
SXT Trunnion MDA output shall be 1538*462 V/V and the phase shift shall be 180* *18* .
3.8.52.3 CPU Shaft IX Input.
input shall be t;99*0.lA V/V I
The gain from the CDU Shaft IX input to the SXT Trunnion MDA
wd the phase shift iehall b* 0* 610* .
3.3.52.4 SXT Trunnion IX Input, The gain from the SXT Trunnion IX S2-84 Input to the SXT
Trunnion MDA output shall be >3.3 V/V and the phase shift shall be 180* *35* at 3V rms input
and the output at the SCT Trunnion IX P2-F4 terminals shall be 9.0*0. IV rms.
3.3.52.5 SXT Trunnion 64X Input, The gain from the SXT Trunnion 64X input to the SXT
Tru n n ion MDA output shall be 1496*26* V/V and the phase shift shall be 0* *18* .
3.3.52.6 SXT Trun nion Tacho meter inp ut with Feedback. The gain from the SXT Trunnion
Tachometer input with feedback to the SXT Trunnion MDA output shall be 36*6f V/V.
3.3.53.1 Sextant Trunnion +AQ and MDA Outputs, The +AO output pulse shall be 7.0*2.0 V
sero to peak, the unconditioned +A0 pulse shall be 20.5*4.5V aero to peak and the SXT Trunnion
MDA output shall be >30V rms and have a phase shift of 0* *35* when the SXT Trunnion 01 Input
signal is lagging the SXT Trunnion 02 input signal fay 90* • AU output A0 pulses shall have a
pulse rate ratio of Id to the 800 pps synchronizing pulse.
3.3.53.2 Sextant Trunnion -AO and MDA Outputs. The -A0 output pnla» ah«n be 7.0*2.0V
zero to peak, the un co n d ftf mod -AO pulse shall b# ML 8*4.5 V*toi*tecpmk
output Shall h*280V us* and haw* phase shift** 160* *36* when the SXT Erahnibn 02ftput signal
4® fcggisg tha SXT Xniank* 01 input signal by90?^ AU*utpi* A0 pulses ehsil hawA pulse rate
ratio of liA to the 868 pps pTBOhroSUingpulse*^ raise* ah*ii .pul»e rate© oi iu to
SOU ppS
28
APOLLO GAN Specification
PS1007570
3.3.53.3 Trunnion DAC *A© Command Inpute. The SXT Trunnion MDA output shun bo >30V
rms and have a phase shift of 180* ±35* when a Trunnion DAC +A© Command signal Is applied.
The SXT Trunnion MDA output shall be >80V rms and have a phase shift of 0* *35* when a Trunnion
DAC -A© Command signal Is applied.
3.3.54.1 Y Tracker Error Input. The SXT Shaft MDA Input signal shall be 0.6V rms and have a
phase shift of 0* *35* with respect to the Tracker 28V 800 ops reference when the Tracker Mods
Relays are energised and a 7.95*3.15 vdo Y Tracker Error input is applied. The Y Tracker
output shall be 1,0600.20V rms.
3.3.54.2 X Tracker Error Input. The SXT Trunnion MDA Input signal shall be 1.0V rms and
have a phase shift of 180* *25* with respect to the Tracker 28V 800 ops reference whan the
Tracker Mode relays are energised and a 7.7*1.5 vdc X Tracker Error Inp u t Is ip p lt s d . The
X Tracker output shall be 1.0*0.2V rms.
3.3.54.3 CPU Shaft Tnp**^ The SXT Shaft MDA Input signal shall be 6.2V rms and have
a phase shift of iso* *10* with respect to the input when the Resolver Mods Relays are energised
and a 9.0*L.8V rms 800 ops CPU Shaft 1X-F4 Input Is applied.
a.a.s*.*. gnu ift-Pl Input. The SXT Trunnion MDA Input signal shall bo 1.0V rms
and have a phase shift of 0* *5* with respect to the Input when the Resolver Mode Relays are
energised and a 1.00*0.05V rms 800 ops CPU Shaft 1X-P1 input is applied.
3.3.55.1 DC Photometer Input . The Star Presence to Computer output voltage shall be
5.0*1.3V pp when a 27.5 vdc DC Photometer input Is applied.
8.3.56.2 550 CPS Photometer Input. The Photometer Output voltage shall be 0.29*0.03V pp
ind the Horizon 1/2 Peak output circuit shall open when a 0.3V pp 550 cps Photometer input
sign! is applied. The Horlxon 1/2 Peak output circuit shall close upon reducing the 550 cps
Photometer input signal voltage. Shorting the Mark Reject control lines shall open the closed
circuit.
3.3.56.1 Shaft Hand Control Signal. The gain from the Shaft Hand Control line to the SXT
Shaft MDA Input line shall be 1.0*0.1 V/V. The gain of the Shaft Resolver Drive Amplifier
shall be 1.1044.11 V/V and the phase shift with respect to the Input shall be 172.5*5.0* when
the Resolver Mode Relay is energised.
APOLLO G&N Specification
ATP1007570
TDRR 16920 MAR 2 1965 1
ASj^JIBLY TEST PROCEDURE
POWER AND SERVO ASSEMBLY
1. INTRODUCTION 4
1.1 SCOPE, This specification describes the requirements and procedures for the assembly
test of the Power and Servo Assembly, hereafter called the assembly. The assembly will be
used on the APOLLO Guidance and Navigation Equipment.
1.2 CLASSIFICATION. The assembly test requirements for Part Number 1007570-fill shall be
designated as Type L
1.3 PRECAUTION. Whenever test power is applied to the assembly, the assembly shall
be mounted cm a metal plate capable of mai nt ai nin g all points on the mounting surface of the
trays at less than 90°F for any combination of conditions specified herein.
1.4 APPLICABLE DOCUMENTS. The following documents of the issue in effect on the date
of fhi« specification form a part of this specification to the extent specified herein.
DRAWINGS
APOLLO GftN
1007509 *
PIPA Calibration
1007521
Pulse Torque Gyro Calibration
1007550
Load Compensation IMU
1007570
Power and Servo Assembly
1010428
Resolver
1015087
Interconnection List of AGE Interconnect Harness
and PSA End Connector Assembly
1018267 4
Transformer
2. A8SEMBLY REQUIREMENTS. There are no special assembly requirements.
|V| IZ.SZOOT
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LIST OF MATERIALS
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approval A fafAiL
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I I 234 5 6
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REPLACES WORD DWG REV B
N0TE ? INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BV MIL-0*70327 '
l MOUNTING TORQUE TO SECURE FIND NOS. 23,45,6,7»>l0< 11 TO FIND NO. I OR NO. 8 AS APPLICABLE TO BE 25-30IN. LB
3 MARK PER NDI0020IR (WHITE) .100 / J40 HIGH A SERIALIZE PER ND1002023.
MS 15795-605
NAS 1352-06-8
1007545 021
1007402-OH
1007540-021
1007541-021
1007531021
1007540 -OH
10075 41-Oil
I007542-0H
1007543-01
1007544-011
1007545-01
1007531-01
WASHER . FLAT _
SCREW. CAP.SOCKET HEAD _
TEMPCONT PWR SUP 5200 CPS.20V
AMPL IX 3200 CPS ~
GIMBAL SERVO AM PL _
GIMBAL COARSE ALIGN AMPL _
FRAME ASSEMBLY __
GIMBAL SERVO AMPL _
GIMBA L COARSE ALIGN AMPL _
POWER SUPPLY-28VDC _
A AC FILTER £ MVB (3200 CPS)
AMPL l°/o 3200 CPS
TEMP CONT PWR SUP 3200 CPS,20V
FRAME ASSEMBLY_
_ QUANTITY REQUIRED I
“ UNLESS OTHERWISE SPECIFIED
J DIMENSIONS ARC IN INCHES I
H TOLERANCES ON L
H FRACTIONS DECIMALS ANGLES L
instrumentation las
MANNED SPACECRAFT CENTER
1007570 _
1007400 _
NEXT ASSY USED ON*"
_APPLICATION_
~ |00 NOT SCALE THIS DRAWING
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GIMBAL SERVO
ELECTRONICS ASSEMBLY,
TRAY I
APPLICABLE
DASH NO.
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
IE 1007571
L -J3’
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£ \Z5//SEQ PEE. ~DRJE : v*2
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SCALE 2/1
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NASA NO. 100757K^J REV SER NO. Z .Jj, GIMBAL SERVO ELECTRONICS TRAY I
sTO H6T9
! 1234 5 6
I + + q
+ + t + P ^
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REPLACES WORD DWG REV B
NOTES
U INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. MOUNTING TORQUE TO SECURE FIND NOS. 2.3,45,6,7,9 iQ< II TO FINO NO. I OR NO. 8 AS APPLICABLE TO BE 25-30IN. LB
3. MARK PER NCX0020I9 (WHITE) .100 / .I40 HIGH & SERIALIZE PER ND1002023. .^ .
4 APPLY THIN LAYER OF THERMAL SILICONE COMPOUND FIND NO. 15 TO THE HEATSINK PORTION OF THE MOUNTING FACE OF ALL
i^LES AF^R ASSEMBL/OF THE MODULES ON THE TRAY. THE COMPOUND SHALL NOT 8E VISIBLE ON THE EXPOSED
SURFACES OF THE MODULES AND TRAY. CLEANING IS PERMITTED.
1006879
SILICONE COMPOUNO
MS 15795-805
WASHER.FLAT
NAS 1352-06-8
SCREW. CAP. SOCKET HEAD
1007545 02i
TEMP CONT PWR SUP 3200 CPS,
20V
I007402-0H
AMPL \% 3200 CPS
1007540- 321
GIMBAL SERVO AMPL
1007541-021
GIMBAL COARSE ALIGN AMPL
1007531-021
FRAME ASSEMBLY
1007540-011
GIMBAL SERVO AMPL
10075 41-Oil
GIMBAL COARSE ALIGN AMPL
1007542-011
POWER SUPPLY-28VDC
1007543-01
AAC FILTER E MVB (3200 CPS)
1007544-011
AMPL l°/o 3200 CPS
1007545-01
TEMP CONT PWR SUP 3200 CP!
S^OV
1007531-ON
FRAME ASSEMBLY
_
_ QUANTITY REQUIRED 1 _
’ UNLESS OTHERWISE SPECIFIED
" DIMENSIONS ARE IN INCHES
■ tolerances on
- fractions decimals ANGLES (
1007570__ ■ -material
1007400 __
NEXT ASSY USED ON APPLICABLE H EAT TREATME
APPLICATION PASH NO.
THE ASSEMBLY PART NUMBER IS THE DRAWING FINAL FINISH
NUMBER AND THE DASH NUMBER THAT APPLIES
L IST Of MATERIALS
MANNED SPACECRAFT CENTER
HOU STON TEXAS __
GIMBAL SERVO
ELECTRONICS ASSEMBLY,
TRAY I
XKX IOENT NO I SIZE NASA DRAWING NO
E 1007571
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2
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SCALE 2/1
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&
1123456
I T T ▼ ♦ 4- R
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+ + + + 44 f
++++++ iy
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REPLACES WORD DWG REV B
NOTES
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL- D-70327
2. MOUNTING TORQUE TO SECURE FIND NOS. 2,3,45,67.9'0< II TO FIND NO. I OR NO. 6 AS APPLICABLE TO BE 25-30IN. LB
3. MARK PER NDI0020I9 (WHITE) .100 / .I40 HIGH & SERIALIZE PER NO 1002023.
4 APPLY THIN LAYER OF THERMAL SILICONE COMPOUND FIND NO. 15 TO THE HEATSINK PORTION OF THE MOUNTING FACE OF ALL
MODULES. AFTER ASSEMBLY OF THE MODULES ON THE TRAY. THE COMPOUNO SHALL NOT BE VISIBLE ON THE EXPOSEO
SURFACES OF THE MOOULES ANO TRAY. CLEANING IS PERMITTED.
1007543-021
1006879 _
MS 15795-805
NAS 1352-06-6
IQ0754S 02l
007402-011
007540-021
007541-021
1007531-021
007540-011
007541-OH
007542-011
007543 -OB
1007544-011
1007545-01
PO7531-OS
AAC FILTER B MVB (3200 CPS)
SILICONE COMPOUND _
WASHER . FLAT _
SCREW. CAP.SOCKET HEAP _
TEMP CONT PWR SUP 3200 CPS, 20V
AMPL I *4 3200 CPS
GIMBAL SERVO AM PL _
GIMBAL COARSE ALIGN AMPL _
FRAME ASSEMBLY _
GI MBAL SERVO AMPL _
GIMBAL COARSE ALIGN AMPL _
POWER SUPPLY-28VDC _
AAC FILTER £ MVB (3200 CPS) ~
AMPL 1% 3200 CPS ~
TEMP CONT PWR SUP 3200 CPS.20V
FRAME ASSEMBLY_
021 on effec-
I I I TIVITV “
QUANTITY REQUIRED _
unless otherwise SPECIFIED
DIMENSIONS ARE IN INCHES
TOLERANCES ON
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MANNED SPACECRAFT CENTER
1007570 _
1007400 _
NEXT ASSY USED ON
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1007571
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REPLACES WORD DWG REV B
NOTES
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL- D-70327
2> MOUNTING TORQUE TO SECURE FIND NOS. 2,3,45,8,79, iO < 11 TQ FINO NO I OR NO. B AS APPLICABLE TO BE 29-SOIN. LB
3 MARK PER NDI0020I9 (WHITE) MO /MO HIGH & SERIALIZE PER NO 1002023.
4 APPLY THIN LAYER OF THERMAL SILICONE COMPOUND FIND NO. 15 TO THE HEATSINK PORTION OF THE MOUNTING FACE OF ALL
MODULES. AFTER ASSEMBLY OF THE MOOULES ON THE TRAY. THE COMPOUND SMALL NOT BE VISIBLE ON THE EXPOSED
SURFACES OF THE MOOULES AND TRAY. CLEANING IS PERMITTED.
1007543-021
AAC FILTER A MVB(3200 CPS)
1006879
SILICONE COMPOUND
MS 15795-805
WASHER. FLAT
NAS 1352-06-8
SCREW. CAP.SOCKET HEAD
1007545 021
TEMP CONT PWR SUP 3200CPS ,20V
1007402-011
AMPL \% 3200 CPS
1007540-021
GIMBAL SERVO AMPL
1007541 021
GIMBAL COARSE ALIGN AMPL
1007531-021
FRAME ASSEMBLY
1007540-011
GIMBAL SERVO AMPL
10075 41-Oil
6IMBAL COARSE ALIGN AMPL
1007542-011
POWER SUPPLY-28VDC
1007543-OB
AAC FILTER £ MVB (3200 CPS)
1007544-011
AMPL l°/o 3200 CPS
1007545-01
TEMP CONT PWR SUP 3200 CPS.20V
1007531-OB
FRAME ASSEMBLY
_ QUANTITY REQUIRED 1 _
" UNLESS OTHERWISE SPECIFIED
' dimensions are m inches
■ TOLERANCES ON
- FRACTIONS DECIMALS ANCLES [
1007570 _- 5aTERIAL^~
1007400 _
NEXT ASSY USED ON APPLICABLE ^EAT rWEATME I
APPLICATION DASH NO.
THE ASSEMBLY PART NUMBER IS THE DRAWING FINAL FINISH
NUMBER AND THE DASH NUMBER THAT APPLIES
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
GIMBAL SERVO
ELECTRONICS ASSEMBLY,
TRAY I
, 60230 C
■ (SCALE i/I wt
1007571
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(Q) REPLACES WORD DWG REV B
NOTES
I. INTERPRET DPAWIN6 IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
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3 MARK PER NDI0020I9 (WHITE) .100 / .140 HIGH & SERIALIZE PER NDI002023
4 . APPLY THIN LAYER OF THERMAL SILICONE COMPOUND FIND NO 15 TO THE HEATSINK PORTION OF THE MOUNTING FACE OF ALL
MODULES. AFTER ASSEMBLY OF THE MOOULES ON THE TRAY, THE COMPOUNO SHALL NOT BE VISIBLE ON THE EXPOSED
SURFACES OF THE MODULES AND TRAY. CLEANING IS PERMITTED.
5l AJ-VLY A THIN LAYER OF THERMAL SiLICONE COMPOUND FIND NO. 25 TO THE MODULE MOUNTED CAVITY PAINTED
SURFACES AND THE HEATSiNK PORTION OF THE MOUNTING FACE OF ALL MOOULES.
30 30 30
_ 30 30
SE E MOT E 5
_I0 0G879_
1008861 018
1007544-021
1007 540- 031
1007541-031
10 075 42-021
1007543-031
1007545-031
1007531 031
1007543-021
1006879 _
MS 15795-805
NAS 1352-06-8
IOQ7b45 02i
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1007540-021
1007541-021
1007531-021
1007540-011
1007541-Oil
I00754 2 0II
1007543 -OH
100754 4-011
100754 5-OW
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MOISTURE - PROOFI MG_
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HOUSTON TEXAS
GIMBAL SERVO
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AMOUNTING TORQUE TO SECURE FIND NO* 2A30.W0.IU2 * 13
TO FINO MO. i OR HO. 9 AS APPLICABLE TO BC 25 TO 30
IN. LB. SAME TORQUE APPLIES TO REFERENCED MOOULE
4 MARK PER NO I0020I9 WHITE J40/.I00 HIGH A NO SERIALIZE
PER NO 1002023
MS-15795-805
NAS 1352-06-8"
1007547- 011
1007546-011
1007549-021
1007552-011
1007532 - 021
IOOT437—0H
100 7346-011
1007436-011
1007549-OH
1007412-011
1007532-011
021 on EFFEC-
. I ■ J-1- nvuv
QUANTITY REQUIRED
UNLESS OTHERWISE SPfCIF*D
DIMENSIONS ARC IN INCHES
1007400 _
1007570 ___
NEXT ASSY USED ON APPLICABLE
APPLICATION °A SH N0 i
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
" WASHER. FLAT .il_
~ scftEw.CAE,S ocket NEAft Ji-
~ AMPLIFIER I *4 600 CPS __UL
~ AMPLIFIER 5 y. SOO CPS _ _J2_
“ POWER SUPPL Y 25.6 *C ENCOOER 11
~ PULSE TORQUING POWER SUPPLY JO.
" FRAME ASSEMBLY _2—
" FAILURE IN DICATOR^-&-
ampufier iteoocps _,_2-
" AACPOOCPS FILTER ANC MULTIVIBRATOR 6 _
" AMPLIFIER 5? 800 CPS _L.
~ POWER SUTPLY 25.6 KC, ENCOOER " T
~ PULSE TORQUING POWER SUPPLY _2_
~ FRAME ASSEMBLY_L
MANNED SPACECRAFT CENTER
HO USTON. TEXAS
POWER SUPPLY
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TRAY 2
E 1007572
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2
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" PEP TlSP / 3*f31
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SECTION A-A
SCALE 2/1
-Oil CONFIGURATION
NASA NO- I007572-C:t:i REV SEP NO.C__
POWER SUPPLY ELECTRONICS TRAY 2
a
IOO7550 REF. SEE NOTE 2
p-2 140 REF-•"
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I r ♦ ♦ «■a
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© REPLACES WORD DWG REV B
NOTES:
I. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-0-70327.
fc. REFERENCED MODULE TO BE ASSEMBLED TO FIND NO. I
AS SHOWN. MODULE IS DEFINED AS PART OF INERTIAL
MEASURING UNIT ALONG WITH THE ASSOCIATED SERIALIZED
INERTIAL COMPONENTS. REF. DWG. 1000201.
AMOUNTING TORQUE TO SECURE FIND NO* 2*86.7,8,10,11.12 t 13
TO fiNO NO. i OR NO 9 AS APPLICABLE TO BC 25 TO 30
IN. LB. SAME TOF.QUE APPLIES TO REFERENCED MOOULE
A MARK PER ND 1002018 WHITE I40/IU0 HIGH ANO SERIALIZE
PER ND 1002023
5. APPLY THIN LAYER OF THERMAL SILICONE COMPOUND FINO NO. IS TO THE
HEATSINK PORTION OF THE MOUNTING FACE OF ALL MODULES . AFTER
ASSEMBLY OF THE MODULES ON THE TRAY , THE COMPOUND SHALL MOT BE
VISIBLE ON THE EXPOSED SURFACES OF THE MODULES ANO TRAY.
CLEANINB IS PERMITTED.
I00SB79 _
MS-15795-805
NAS 1352-06-8
100754 7- 011
1007548- 011
1007549-021
1007552-011
1007532 - 021
100 7551-OH _
100 7437-011
100 75 46-011
1007438-011
1007549-011
1007412-011
1007532-OH
021 0)1 EFFEC-
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QUANTITY REQUIRED _
" UNLESS OTHERWISE SPECIFIED
■ dimensions arc m inches
- tolerances on
- FRACTIONS DECIMALS ANGUS [
-— ±.020 *— ,
1007400 _
■0 07ST P_
NEXT ASSY USED ON APPLICABLE
APPLICATION D ASH NO.
THE ASSEMBLY PART NUMBER IS THE DRAWING
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Jj/uMHA*
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" WASHE R. FLAT ___ I
Tscffgw.gp.So^KfeT Htkb ~ I
[AMPLIFIER I *A 800 CPS I
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" POWER SUPPLY 25.6 KC ENCODER
~ PULSE TORQOING POWER SUPPLY
" FRAME ASSEMBLY
" FAILURE INDICATOR _
AMPLIFIER I q 800 CPS _
" AACSOC CPS r 'l_TER AND MULTIVIBRATOR
" AMPLIFIER 5^ 800 CPS _
" POWER SUPPLY 25.6 KC, ENCODER
~ PULSE TORQUING POWER SUPPLY _
“ FRAME ASSEMBLY_"
MANNED SPACECRAFT CENTER
HOUST ON, TEXAS _
POWER SUPPLY
ELECTRONICS ASSEMBLY
TRAY 2
E 1007572
5
3
2
SEE NOTE 4
APPLICABLE DASH NO.
NOTES:
I. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-0-70327.
Z. REFERENCED MODULE TO BE ASSEMBLED TO FIND NO. I
AS SHOWN. MODULE IS DEFINED AS PART OF INERTIAL
MEASURING UNIT ALONG WITH THE ASSOCIATED SERIALIZED
INERTIAL COMPONENTS. REF. DWG.'1000201.
a MOUNTING TORQUE TO SECURE FIND NO.<S 2A5*,7,B,I0,IU2 £ 13
TO FIND NO. i OR NO 9 AS APPLICABLE to BC 25 TO 30
IN LB SAME TORQUE APPLIES TO REFERENCED MOOULE
4 MARK PER ND 1002019 WHITE .140/100 HIGH ANO SERIALIZE
PER ND IOC2023
5.APPLY THIN LAYER OF THERMAL SILICONE COMPOUND FIND NO. 16 TO THE
HEATSINK PORTION OF THE MOUNTING FACE OF ALL MOOULES . AFTER
ASSEMBLY OF THE MOOULES ON THE TRAY , THE COMPOUND SHALL NOT BE
VISIBLE ON THE EXPOSED SURFACES OF THE MODULES ANO TRAY.
CLEANINB IS PERMITTED.
2
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it?*** «
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1006879
MS-15795-805
NAS 1352-06-8
1007547- 011
1007548-011
1007549-021
1007552-011
1007532-021
1007551-011 _
I007437-0H
100 75 48-011
100743 B-OU
1007549-OH
100741 2-011
1007532-011
021 oil effec
--1-1-*- TIVITY
_ QUANTITY REQUIRED
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■ DIMENSIONS ARE M INCHES
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80CT64-
1007400 _
1007570 1
NEXT ASSY USED ON APPLICABLE
_ APPLICATION _ DASH NO.
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
I SILICONE COMPOUND
TWASHER, FLAT
" AMPLIFIER I *4600 CPS _
" AMPLIFIER 5 */. 800 CPS _
" POWER SUPPLY 25.6 KC EMC DOER
" PULSE TORQUING POWER SUPPLY
" FRAME ASSEMBLY _I
" FAILURE INDICATOR _
AMPLIFIER 1 1 800 CPS _
" AACBOO CPS FILTER ANC MULTIVIBRATOR "
" AMPLIFIER 5? 800 CPS _
" POWER SUPPLY 25.GKC, ENCODER
~ PULSE TORQUING POWER SUPPLY
" FRAME ASSEMBLY_
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
POWER SUPPLY
ELECTRONICS ASSEMBLY
TRAY 2
E 1007572
2
SEE NOTE 4
APPLICABLE DASH NO.
NOTES
I INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-7032 7
2. REFERENCED MODULE TO BE ASSEMBLED TO FIND NOS I, 9 AND 19.
AS SHOWN. MODULE IS DEFINED AS PART OF INERTIAL
MEASURING UNIT ALONG WITH THE ASSOCIATED SERIALIZED
INERTIAL COMPONENTS. REF. DWG. 1000201.
1 MOUNTING TORQUE TO SECURE FIND NO/’S 2AS6.7,8,10,11.12.13. \f>.2 r ).?\.cc. ci ALU Z4
lu ‘i^O NOS. 1,9 OR 19 A b Af-'Pi i ( AfiL £ Uj UC 25 TO 30
,N LG :-AMt TOQ *L APPLIES Tl. REFERENCED MODULE
4 MARK PER ND 1002019 WHITE |4 ( ,/I i0 HK.H Aur LMAliZE
IER ND IOL J0_3
5. APPLY THIN LAYER OF THERMAL SILICONE COMPOUND FIND NO. IS TO THE
HEATSINK PORTION OF THE MOUNTING FACE OF ALL MODULES . AFTER
ASSEMBLY OF THE MODULES ON THE TRAY , THE COMPOUNO SHALL NOT BE
VISIBLE ON THE EXPOSED SURFACES OF THE MODULES AND TRAY.
CLEANING IS PERMITTED.
6. APPLY A THIN LAYER OF THERMAL SILIC2NE COMPOUND. 'INC NO. 26.
TO THE MODULE MOUNTED CAViTY PAINTED Si KFACE5 AND THE HEAT¬
SINK PORTION OF THE MOUNTING FACE OF ALL MODULES.
2
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SECTION A-A
SCALE 2/1
1007550 REF SEE NOTE 2
:) »^[ r Pi ACFS V\ORD DWG REV B
OG 879
EE NOTE 6
07552-6~
0 7 b 49 • Q3I
0 7546-021
0 7547-021"
07551-021
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)Q 021
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1352-06-8
1007547- 011
1007546- 011
1007549-021
1007552-011
1007532 - 021
100 7551-011
100/437-011
100 7546-011
1007438- OH
1007549-011
100741 2 - 011
I007532 - 0M
SILICONE COMPOUND _
' MOISTURE-PROOFING _
' PULSE TCRQUING POWER SUPPLY i
' POWER dUPPLY £5 6 KC ENCODER ~~ i
AAC ROO CPS FILTER AND MUtJIVIBRMW
' amplifier i% aoo cps _;
' FAILURE INDICATOR __
' FRAME ASSEMBLY _
' AMPLIFIER 5 e 4 300 CPS _
' SCREW. CAP. SOCKET HEAD _
SlL>C0NE COMPOUNO _
'WASHER.FLAT
TSCREW.CAP.SOCKET HEA6
" amplifier i Viaoocps _
" AMPLIFIER 5 •/. 600 CPS _
"PO WER SUPPLY 25 6 KC ENCODER
~ PULSE TORQUING POWER SUPPLY
" FRAME ASSEMBLY _’
" FAILURE INDICATOR _
" LLT^rr,- [Ir.ZZ: PC _
" AAC60C CPS c 'JTER ANC MUL
"AMPLIFIER 5^ 800 CPS_
npii.!:^tt::ira |
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"i-RAMF A8FFMBJ*_
1007400
1007570
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_ QUANTITY REQUIRED I
UNLESS OTHERWISE SPECIEieo
DIMENSIONS ARE IN INCHES
- TOLERANCES on
- TRACTIONS DECIMALS AN
♦— - .020 *
MANNED SPACECRAFT CENTER
HOUSTON TEXAS
POWER SUPPLY
ELECTRONICS ASSEMBLY
TRAY 2
E 1007572
MIT APPROVAL.
(SHEET I OfT
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DESCRIPTION
DATE I APPROVAL
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APPROVAL AA
NASA APPROVAL.
MIT APPROVAL ^
NOMENCLATURE OR
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LIST OF MATERIALS
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
POWER SUPPLY
ELECTRONICS ASSEMBLY
TRAY 2
(100 SERIES)
COOE IDENT NO. | SIZE I
NASA DRAWING NO.
1007572
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DESCRIPTION
■■TV. '■
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|
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IDENTIFYING NO.
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NO.
LIST OF MATERIALS
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
TOLERANCES ON
FRACTIONS DECIMALS ANGLES
± ± ±
DO NOT SCALE THIS DRAWING
MIT
INSTRUMENTATION LAB
Cammidw, Mam.
*. WO._ COWTMCT
DRAWN
CHECKED_
. DATE;
MATERIAL
APPROVAL _ _
APPROVAL
NASA APPROVAL
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
GYRO-ACCELEROMETER
ELECTRONICS ASSEMBLY
TRAY 3
HEAT TREATMENT
CODE IDENT NO.
FINAL FINISH
MIT APPROVAL
SCALE
SIZE
NASA DRAWING NO.
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NOMENCLATURE OR
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IDENTIFYING NO.
DESCRIPTION
NO.
LIST OF MATERIALS
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
TOLERANCES ON
FRACTIONS DECIMALS ANGLES
± ±. ±.
M I T
INSTRUMENTATION LAB
Cambriom. Mam.
DRAWN OlaiMsrO
CHECKED_
.DATE
DO NOT SCALE THIS DRAWING
MATERIAL
APPROVAL
APPROVAL f
- //*+$ £-
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
GYRO-ACCELEROMETER
ELECTRONICS ASSEMBLY
TRAY 3
HEAT TREATMENT
NASA APPROVAL
CODE IDENT NO.
FINAL FINISH
MIT APPROVAL
SCALE
SIZE
NASA DRAWING NO.
10 07573
WT
(sheet i OF I
4007521 REF
X IRIG
SEE NOTE 4
© REPLACES WORD DWG REV B
R5HB
5
-APPLICABLE DASH NO.
NASA Na 1007573-C:'^ REV SER NO.CZD 6**0 ACCELEROMETER ELECTRONICS TT
f iB
-1007509 REF
X PIP
SEE NOTE 4
—1007509 REF
Y PIP
SEE NOTE 4
1 interpret drawing in accordance with standards
PRESCRIBED by mil* D-70327
2 MOUNTING TORQUE to SECURE FIND NCfc. 2.3,4,5.6 5 7TO FIND NO * OR NO.0 AS APPLICABLE
TO BE 25-30 IN. LB. SAME TOROUE APPLIES TO REFERENCED MODULES
S MARK PER ND 1002*019 (WHITE) .100 / .140 HIGH AND SERIALIZE PER NO 1002023-
4 REFERENCED MODULES TO BE ASSEMBLED TO FIND NO. I AS SHOWN. MODULES ARE
DEFINED AS PART OF INERTIAL MEASURING UNIT ALONG WITH THE ASSOCIATED
SERIALIZED INERTIAL COMPONENTS. REF. DWG. 1001596 AND 1001599.
SEE NOTE 3
-applicable DASH NO.
TZ
NASA
Na 1007573-C.lJ REV SER HO.ZZJ GYRO ACCELEROMETER ELECTRONICS TRAY
" 1
'11II1111ITTT
-El-TT
BUU UtUIP g~
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_______ 17.478 REF -
SEE NOTE 4 SEE NOTE 4
I. interpret drawing in accordance with standards
PRESCRIBED BY MIL-0-70327
E.MOUNTING TORQUE TO SECURE FINO NOS. 2,3,4.5,6 l 7 TO riND NO. I OR N0.8 AS APPLICABLE
TO BE 25-30 IN. LB. SAME TORQUE APPLIES TO REFERENCED MODULES
3. MARK PER N01002019 (WHITE) .100 / .140 HIGH ANO SERIALIZE PER ND 1002023
4 . REFERENCED MODULES TO BE ASSEMBLED TO FIND NO. I AS SHOWN. MODULES ARE
DEFINED AS PART OF INERTIAL MEASURING UNIT ALONG WITH THE ASSOCIATED
SERIALIZED INERTIAL COMPONENTS. REF. DWG. 1001598 AND 1001599.
5. APPLY THIN LAYER OF THERMAL SILICONE COMPOUNO FIND NO. II TO THE HEATSINK PORTION OF
THE MOUNTING FACE OF ALL MOOULES. AFTER ASSEMBLY OF THE MODULES ON THE TRAY,THE
COMPOUND SHALL NOT BE VISIBLE OH THE EXPOSEO SURFACES OF MOOULES AMO TRAY.
CLEANING IS PERMITTED.
2
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-Oil CONFIGURATION
-APPLICABLE DASH NO.
SECTION A-A
SCALE 2/1
-OH CONFIGURATION
' I007573-C;^I REV SER NO. Cl 3 GYRO ACCELEROMETER ELECTRONICS TRAY
©REPLACES WORO DWG REV B
-1007509 REF
X PIP
SEE NOTE 4
-1007509 REF
Y PIP
SEE NOTE 4
1007521 REF
X I RIG
SEE NOTE 4
notes
|. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL* D-70327
2 MOUNTING TORQUE TO SECURE FIND NC&. 2.3,4.5.6 4 7 OR 12 TO FIND NO. I OR NO.8 AS APPLICABLE
TO BE 25 - 30 IN. LB SAME TORQUE APPLIES TO REFERENCED MODULES
5 MARK PER N01002019(WHITE) .I00/.I40 HIGH AND SERIALIZE PER ND 1002023-
4. REFERENCED MODULES TO BE ASSEMBLED TO FIND NO. I AS SHOWN. MODULES ARE
DEFINEO AS PART OF INERTIAL MEASURING UNIT ALONG WITH THE ASSOCIATED
SERIALIZED INERTIAL COMPONENTS. REF. DWG. 1001596 AND 1001599.
f.APPLY THIN LAYER OF THERMAL SILICONE COMPOUND FINO NO.II TO THE HEATSINK PORTION OF
THE MOUHTINS FACE OF ALL MOOULES. AFTER ASSEMBLY OF THE MOOULES OH THE TRAY.THE
COMPOUND SHALL NOT BE VISIBLE ON THE CXPOSCO SURFACES OF MOOULES AND TRAY.
CLEAN I NS IS PERMITTEO.
I QUANTITY REQUIRED I
UNLESS OTHERWISE SPECIFIED
dimensions are m inches
TOLERANCES OH
FRACTIONS OCCNMU ANSI
MS 15795-805
NAS 1352-06-6
1007533-021
I0 07S07-0II
1007517-011
1007519-011
10 0741 9-011
1007527-011
1007427-011
IQQ7533-0H
1007570 _
IW7*QQ_:
NEXT ASSY USED OH APPLICABLE
APPLICATION DASH NO.
THE ASSEMBLY PART NUMBER IS THE DRAWING .
NUMBER AND THE DASH NUMBER THAT APPLIES
DC DIFFERENTIAL AMPL FiER
' SILICONE COMPOUND _
' WASHER.FLAT _
' SCRE W,CAP, SOCKET HEAP
' FRAME ASSEMBLY _
' DC DIFFERENTIAL AMPL l PC
' AC DIFFERENTIAL AMPLIFIER
" INTERROGATOR _
~ INTERROGATOR _
" BINARY CURRENT SWITCH
" BINARY CURRENT SWITCH
" FRAME ASSEMBLY_
MANNED SPACECRAFT CENTER
HOUSTON. TOLAS
GYRO - ACCELEROMETER
ELECTRONICS ASSEMBLY
TRAY 3
1007573
w
V \
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5
2
REPLACES WORD DWG REV 6 ~ •
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-APPLICABLE CASH NO.
SECTION A-A
SCALE 2/1
NASA NO. I007573-C;.T3 REV SF.RNO.CZJ GYRO ACCELEROMETER ELECTRONICS TRAY
L- 2.140 REF-J
• REPLACES WORD DWG REV B
-1007509 REF
X PIP
SEE NOTE 4
-I007S09 REF
Y PIP
SEE NOTE 4
1007521 REF
X IRIG
SEE NOTE 4
NOTES
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY Mll-D-70327
2. MOUNTING TORQUE TO SECURE FIND NO’S. 2.3,4,5.6 i 7 OR 12 TO FIND NO. I OR N0.8 AS APPLICABLE
TO BE 25-30 IN. LB. SAME TORQUE APPLIES TO REFERENCED MODULES
3. MARK PER ND1002019(WHITE) .100 / .140 HIGH AND SERIALIZE PER ND 1002023-
4. REFERENCED MODULES TO BE ASSEMBLED TO FIND NO. I AS SHOWN. MODULES ARE
DEFINED AS PART OF INERTIAL MEASURING UNIT ALONG WITH THE ASSOCIATED
SERIALIZED INERTIAL COMPONENTS. REF. DWG. 1001598 AND 1001599.
5. APPLY THIN LAYER OP THERMAL SILICONE COMPOUNO FIND NO.II TO THE HEATSINK PORTION OF
THE MOUNTING FACE OF ALL MOOULES. AFTER ASSEMBLY OF THE MOOULES ON THE TRAY.THE
COMPOUND SHALL NOT BE VISIBLE ON Tiff EXPOSED SURFACES OF MOOULES AND TRAY.
CLEANING IS PERMITTED.
1007507-021
1006879 _
MS 15795-805
NAS 135 2 -06-8
1007533-021
1007 507-011
I0Q75I7-0II
100 7519-011
100741 9-011
1007527-011
1007427-011
1007533-011
j UNLESS OTHERWISE SPECIFIED I
DIMENSIONS ARC M INCHES |
TOLERANCES ON I
FRACTIONS DECIMALS ANGLESH
100 7570_
,,l .Q Q ?4 2fi_
NEXT ASSY USED ON
APPLICATION_
DC l?IPPEREK t IAL AMPI Fig,=7 _
SILICONE C OMPOUNO _
T vasher.flat _
■ SCREW, CM> ± SOC KET HEAD _
' FRAME A SSEMBLY__
DC DIFFERENTIAL AMPL <■ POWER
AC DIFFERENTIAL AMPLIFIER _
" INTERROGATOR _
"interrogator_
" BINARY CURRENT SWITCH _
" BINARY CURRENT SWITCH _
" FRAME ASSEMBLY_
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
GYRO - ACCELEROMETER
ELECTRONICS ASSEMBLY
tray 3
1007573
6
3
2
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14 MAY
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ti FEB
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^rf
-applicable dash no.
SECTION A-A
SCALE 2/1
NASA NO. 1007573-J
ser no.i:j gyro accelerometer Electronics tray
rP
' 3
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©replaces word dwg rev b
-1007509 REF
X PIP
SEE NOTE 4
-1007509 REF
Y PIP
SEE NOTE 4
NOTES
1. INTERPRET drawing IN accordance WITH standards
PRESCRIBED Mi'l-D-70327
2. MOUNTING TORQUE TO SECURE FIND NO'S- 2.3,4,5,6.7. .2 , '«.iS. <1 , '7 AND to t< =ynD no. i, no 5 OR NC, .3 AS APPLICABLE
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MANNED SPACECRAFT CENTER
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GYRO-ACCELEROMETER
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TRAY 4
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LIST OF PARTS AND MATERIALS
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HOU STON. TEXAS _
GYRO-ACCELEROMETER
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HOU STON, TEXAS _
GYRO-ACCELEROMETER
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TRAY 4
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MANNED SPACECRAFT CENTER .
HOUSTON. TEXAS
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LIST OF PARTS AND MATERIALS
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS _
GYRO-ACCELEROMETER
ELECTRONICS ASSEMBLY
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FRAME.ASSEMBLY
LIST OF PARTS AND MATERIALS
ingt hubben tatioh lab
PFNOV A L ■ J Mt/
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MANNED SPACECRAFT CENTER
HOU STON. TEXAS
GYRO - ACCELEROMETER
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TO BE25-30IN LB. SAME TORQUE APPLIES TO REFERENCED MODULES.
3. MARK PER NDI0020I9,(WHITEp .140/100 HIGH AND SERIALIZE PER NDI002023.
4 REFERENCED MODULES TO BE ASSEMBLED TO ITEM NO.1,10 OR 21 AS APPLICABLE AS SHOWN. MODULES ARE
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8. APPLY THIN LAYER OF THERMAL SILICONE COMPOUNO FIND NO. IS TO THE HEATSINK PORTION OF THE
MOUNTING FACE OF ALL MOOULES. AFTER ASSEMBLY OF THE MOOULES ON TIC TRAY, THE COMPOUND
SHALL NOT BE VISIBLE ON THE EXPOSED SURFACES OF THE MOOULES AND TNAY. CLEANING
IS PERMITTED.
6 . APPLY A THIN LAYER OF THERMAL SILICONE COMPOUND ITEM NO. 23 TO THE MODULE MOUNTED CAVITY
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M °mnterpret drawing in accordance with stanoaros prescribed
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00 NOT SCALE THIS DRAWING
MANNED SPACECRAFT CENTER
HOUSTO N. TEXAS __
OPTICAL
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3
2
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view A-A
REPLACES WORD DWG REV 6
NOTES
1. INTERPRET DRAWING N ACCORDANCE WITH STANDARDS PRESCRIBED
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3. MARK. 140/100 HIGH WHITE CHARACTERS PER NO 1002019 AND
SERIALIZE PER NO 1002023
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MODULES AND TRAY. CLEANING IS PERMITTED.
■ NOTE4 AP 1006879
23 MS 15795-80 3
23 NAS 13 52-06 »
3 1007581-011
2 1007555-011
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FRACTIONS DECIMALS ANGLES CHECKED?
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
OPTICAL
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3. MARK.140/100 high WHITE CHARACTERS PER NO 1002019 AND
SERIALIZE PER NO 1002023
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RESISTOR VALUES ARC IN OHMS
TOLERANCES ON DRAWN
FRACTIONS DECIMALS ANGLES CHECKED^
LIST OF MATERIALS __
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
ICG 7C7C _
NEXT ASST USEO ON
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MANNED SPACECRAFT CENTER
HOUSTON. TEXAS _
OPTICAL
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TRAY 9 __
NOTES
1. INTERPRET drawing in accordance with standards prescribed
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NOTES
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” WIRI |R pOAan P'.T-
“ wir; : I6~boar5! ~
6as» i :t. connector
"" CON> 8CT .wQftKial -
“ INSU A TOR,
I FRAfcE_
if
1 UNLESS OTHERWISE SI
DIMCNSIONS ARE M R
TOLERANCES ON
FRACTIONS OCCRRJ
MOTOR V
AM^IFIER
APOLLO GfcN Specification
PS1007581 A * s
Original Issue Date: (1 \ .
Release Authority: TDRR * 7
Class A Release
PROCUREMENT SPECIFICATION
FOR
MOTOR DRIVE AMPLIFIER MODULE ASSEMBLY
Record of Revisions
Date
Revision
Letter
TDRR
No.
Pages
Revised
Approvals 1
MIT
NASA
7/13/65
A
20814
3.5
WK
WJR
This specification consists of page 1 to 6 inclusive.
APOLLO G&N Specification
PS1007581 A
3.3.5 Amplifier Gain. With nominal dc supply and reference voltages applied, with an
800 cps signal uppliedlo pins 5. b and 7 taken one at a time, while all other inputs are
connected to input lo. and when the input amplitude is adjusted to provide an 800 cps
component output of 10V rms. the amplifier 0 and ir phase gain shall be 1655 V/V ±20
percent. With an 800 cps signal applied to pin 9, while ail other inputs are connected to
input io, and when the input amplitude is adjusted to provide an 800 cps component output
of 10V rms, the amplifier 0 and ir phase gain shall be 1365 V/ V ±20 percent.
3 . 3 . 1 } Ampl ifier Gain Linearity. With nominal dc supply and reference voltages applied,
with an 800 cps 0 ° phase input signal applied to pin 5 while pins 6 , 7 and 9 are connected
to input lo, and when the input is adjusted to provide 800 cps component outputs of 3V rnr.s
and 30V rms, the 0° phase gain at each output voltage shall be within ±10 percent of the
800 cps component 0* phase gain in 3.3.5.
3.3.7 Amp lifier Phase Shift. With nominal dc supply voltage and the reference voltage
applied, with an 800 cps input signal applied to pin 5 while pins 6 , 7 and 9 are connecte
to input lo. and when the input amplitude is adjusted to provide an output of 5\
output hi (pin 24) to dc supply common, the phase shift from input to output shall be 180
±15* with respect to the input for both 0 and ir phase Input signals. ^
The capacitance between pins 20 and 24 shall be 1 pfd
3.3.8 Motor Tuning Capacitor.
±10 percent.
3 . 3.9 Monitor Resistor. The resistance between pins 24 and 25 shall be 4700 ohms ±5 percent.
3.3.10 Amplifier Minimum Output , With a 28.0*0.3 vdc supply voltage and the reference^
voltage applied, and a 10V rms input signal applied to pin 5, the output of the amplifier sha
be a minimum of 30V rms when:
a. The input signal is 0* phase.
b. The input signal is ir phase.
3 . 3 . ii Amplifier Frequency Kesponse. With nominal dc supply and reference voltages
applied, with an 800 cps suppressed carrier input signal applied to pin 5 and adjusted in
amplitude at various modulation frequencies to provide an output of 10V pp, and with pins 6 .
7 and 9 connected to input lo, the frequency response of the amplifier shall be as spec le
in Table I When an unbalance occurs at the output, the output determination shall be an
average value.
TABLE I
FREQUENCY RESPONSE
1 _
I8SZ0C-I
-oa
f—• frsr
1(30
•fTtas
s-
y^CM
-fTTM
-(.31 -
"(35
r*ms
/ «
I
-tel*
-Hi
-III
-&•
-ft*
APPLICABLE QASH NO.
-+••1
? fc
^■4.-.
•ft*
•*t*
■♦(30
~L
~LC
©
>*
44
**«•
:t
i
?
MARKING VIEWS
SCALE I/I
7L
RSBI3!5Sl5rIR!3»EB!
IPEVOCD PgR TOR* <**Z9
7< 7 Z ? .T"
REVISED PEP TOPP 15225
34
_Ltt.
3.
MANNED VACECRAFT CENTER
:><
1009503
SCHEMATIC
RFF
AR
1006776-22
INSULATION,SLCEVIN 6
93
AR
MIL-1-15126
INSULATION t TAPE-TYP£ MET 2.5 '//WIOI
92
2
1010753
TRANFORMER
91
1
1010752
transformer
90
1
1010759
TRANSFORMER
89
2
1010357-|
TRANSISTOR
88
1
1010342
transistor
87
1
1010269-2
TRANSISTOR
86
4
1010367
CHOPPER
r>
6
1010397-1
TRANSISTOR
84
1
1010265-10
DlOOE
83
4
1010392- 1
DIODE
fc
2
1010372-11
0 I 00 E
81
1
1010286-11
0I00E
80
1
1010286-9
DlOOE
79
1
1010277-6
INDUCTOR
7fl
2
1010359-5
capacitor
77
1
1010279-219
CAPACITOR
76
l
1010279-216
Capacitor *
7*
1
1010279 -110
capacitor
74
73
2
1006755-79
capacitor
72
4
1006753-69
capacitor
71
2
IC06 T ?3- 10
capacitor
70
3
1006755-21
capacitor
69
1
1006753-15
capacitor
68
2
1006755-13
capacitor
67
_L_
1006755-2
capacitor
66
1
1010264-37
capacitor
65
1
1010264-21
CAPACITOR
64
1
1010264-10
CAPACITOR
63
1
1006750-78
RESISTOR
6 ?
1
1010264 — 1
CAPACITOR
61
3
1010264-13
CAPACITOR
60
1
1606788-22
RESISTOR .
59
1
1010364-619
RESISTOR
58
1
1010369-138
RESISTOR
1
1010369-88
RESISTOR
56
1
1010364-727
RESISTOR
55
1
1006750-42
RESISTOR
54
1
1006750-72
RESISTOR
53
1
1006750-19
RESISTOR
52
3
1006750-32
RESISTOR
51
1
. 2
1006750-60
RESISTOR
50
1
1006750-53
"RESISTOR
49
1
1006750-36
RESISTOR
48
1
1010604-16
RESISTOR
47
1
1006750-56
RESISTOR
46
3
1006750-63
RESISTOR
45
3
1006750-39
RESISTOR
44
3
1006750-30
RESISTOR
43
1
1006750-44
RESISTOR
42
1
1006750-52
RESISTOR
41
4
'006750-48
RESISTOR
40
1
1006750-12
RESISTOR
39
1
1006750 — 55
RESISTOR
36
1
1006750-83
RESISTOR
37
1
1006750 — 43
RESISTOR
36
1
1006750-10
RESISTOR
35
?
1006750-80
RESISTOR
34
1
1006750-67
RESISTOR
33
1
1006750-47
RESISTOR
32
1
1010364 -709
RESISTOR
31
1
1010364-675
RESISTOR
30
1
1010364-765
RESISTOR
29
1
1010364-667
RESISTOR
28
1
1010364-635
, RESISTOR
27
1
1010364 - 157
RESISTOR
26*
5
1010364-693
RESISTOR
25
1
1010364-669
RESISTOR
24
1
1010364- 707
RESISTOR
23
1
1010364-527
RESISTOR
22
1
1010364-345
RESISTOR
21
!
1010364-607
RESISTOR
20
3
1010364-677
RESISTOR
19
AR
1006776-21
INSULATION SLEEVIN 6
7T
AR
1006776-20
INSULATION SLEEVIN 6
17
G
AR
1006757-1
WIRE.ELEC. .010 X.020
7T
AR
1006757-8
WIRE . ELEC. .020 DIA
15
O
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I s -
C
c
2
MS2034I —I0B
NUT,HEX
14
2
1008071-2
WASHER.FLAT
13
4
1008024-1
WASHER,INSULATOR
12
2
2008020-1
BUSHING, INSULATOR
II
l
1010483-116
SCREW. FILLISTER HEAD
iQ
8
1000161-3
SCREW, CAP SLOTTEO HE AO
9
1
1008575-001
SPACER
8
3
1015133 -019
spacer.nylon
~r
l
1008573
WIRIN 6 BOARD.BOTTOM
6
1
1008571
WIRIN 6 BOARD.TOP
"T
2
1008540-13
6 ASKET.CONNECTOR MINIATURE
4
26
1006782-5
CONTACT, wrapost-malE. MIN
3
26
1006775
INSULATOR,W(APOST-AU: f .MIN
—
l
1007589
FRAME
"71
gnr
«Q0
MOT ON
mommm no.
ii
8
P
Oil
utr or matunmj H
MOTOR DRIVE
AMPLIFIER ASSEMBLY
JZl
1007581
*- 4H fc- . f i . .. ’
y *»
3^^^SSBS!CS3^iejnBR^IB«ec«!W3urar9^c!
tu &" —,?^ rr7 ^ T 7 v r \*4 ^ ^ r" 4. w s n ag s t rar tsr rr — —yrx./r; M ^T r r i T^ ^^ f :r - " g ? ?Tr ' i ^4;^T l T^v r : " > *'"
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(:)
S N
'v -)
S£C NOTE 10 C *8
^ N
/ \
V /
^SJSEE MOTE 23
EMaliR
6
5
APOLLO G&N Specification
PS1007581B f , *
Original Issue Date: (1 *\
Release Authority: TDRR h
Class A Release
PROCUREMENT SPECIFICATION
FOR
MOTOR DRIVE AMPLIFIER MODULE ASSEMBLY
Record of Revisions
Date
Revision
Letter
TDRR
No.
Pages
Revised
Approvals 1
MIT
NASA
05BB10
A
20814
3.5 . ^ fi ( '
WK
WJR
7/13/05
B
20815
5 lV"
WK
WJR
This specification consists of page 1 to 8 inclusive.
A
jREVISED PER TDRR 15225 bcdt*\
[ptViSED »CT rooft 6*?S
| REVISED PER TDRP 14)840
T 677o-22
M|. -I- I5< 26 '
_l 010 753_
10107 52
1010759
[IN SJJL A T |CNS_LEEV ' NG _ I
feL ATIOn'.TAPE'-TYPE MPT 2.5 ^’wioq
101^342_
1010269-2
1010367
' 1610397-1__
r 10265-10
1010 3 32- I
1010372-I)
T RAN f ORMER_
_7r 4 N SFUR MEfi _
IR_AN5 FO RME R__
TRANSISTOR '
TR ANSISTOR _
TRAN SIS TOR
CHOPPER _
TRAN SISTOR
DTDE_
JOI .830-J1_
lCn27 7-fc
101 0359-5
'C ic 2 *9-219 ~
7010279-216
1C 10279 —HO
OJOOE_ _
DIODE
DIODE_
omoE''
I NDUCTOR
CAPACITOR
CAD A r IT ° 0
CAPACITOR
CAPACITOR
1006755 - 79
7: V c7:3-69 '
12 06755-10_
l C C~6~7 5 3-21
1C 06755- 15
IC06755 -13
1006755- 2
1010 264-37
1 21026 4 -21
1C i "264 - I H_
I ..1)6750- 78
101 2264 -1
1010264-13_
1 0 679ft -22
; r361 6:9
IQ l r 369 - 13?
12 i:3«9-7b
CAPACITOR
“CADACTt OR '
CAPACIT OR
CAP AC IT OR
CapacTtor
CAPACITOR
capacitor"
cap acitor
capacitor
"rESTS TGR
"CAPACITOR
capacitor
I J rjC4 727
T I 0675 0-42
_l_ r 67 5 0 - 42
iC'c'C'-fO -72"
J00c7f C-.9
VO < 7 1' -32
1006752- -SC "
'iO0675O-53_
I "0672 0-36
12 1 06 4-16
RESISTOR _
'resis tor
RESJ S_TO_R_
RESISTOR_
RESISTOR_
RESIS TOR
"resist cr
RESISTOR
36750 -63
* . 72 ; -39
7 | ~ 12( 67 2 0-30 _
l" I 10 6 750-4 4_
I f I j -' 6750-52
4 ! |2' - 750 -43
I ■ : o"5 . - 12
I ' 6 730 — 5 5
I I ■ 67 r -93 ~~
T 100 6750 — 43
1 [ 1,76750 -10 _
2 !5 2 6~’5G-aO
I 10 06750-67
I I V:67 50 - 47
I I- 10364-709
I ~~ IOK 364-675
J__ _ |Q|03c4- 725
I 1010364 - fefe7
I IwlO ; 64 — c 35
I I '3c4 - 1 27
5 "" 10:0)364 — 693 ~
I " 1010364 -669 "
_L I QIC 3 6 4- 707
I ' 1 010364-527
1 1010364-345
J_i Q i 0 364 -68.7
3 1010364-677
AR 1 20 6276-21 _
AR _ I0'~ 6 7 76-20
AR~ 10 00757-I
AR 1006 757-9
^2 ~ M S2034I-IQB
2_ 1003071-2
4 ~ 10 03024 — !
2 20 08020-1
I IQIQ 4P ; -life
j 120 S161 - 3 _
7 1009575-001
3 10 5135 - 0 1 9
I 1*04573
RESIS T J?
RESISTOR _
_ RESI STOR’
RESISTOR
resistor
RESISTOR^
"RE SIS TOR
resistor'
RES.STQR
RESISTOR _
REslSTCR
RESISTOR
RESJ_STOR_
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESiSTv-R
RESISTOR
RESISTOR
"resistor
_R E 51 ST QP___
RESISTOR_
" RESISTOR _
_ RESISTOR
RESISTOR __
RESISTOR _
RESISTOR _
RESISTOR _
INSULATION SLSEVINS _
INSUL AT lON_ - LEE VJNo_
" WIRE , ELEC. .01 O X.020 _
WIRE , ELEC. ~020 DlA _
NUT, HEX _
WAS HER . FLAT _
WAShE9,INQULAT0R _
BUSHING, INSULATOR ___
SCREW, fTl LISTE R H EAD' ~
I screw, cap s lotted head _
spacer _
SPACER, NYLON _
j.yT rjn 3_ e pars, bottom _
WI RING BOARD, T 2P _
vjASnET .CONNtCTjR M.NIA T U ft E_
CONTACT.WRAPQST-MALE,MN
I N c l 'L AT . WRAP f, ST —MAL f .MIN
FRAME__
UNLESS OTHERWISE SPECIFIED 1M _" 1'
- DIMENSIONS ARE M INCHES
TOLERANCES ON — -
" FRACTIONS DECIMALS ANGLES DRAWN ^
MANNED SPACECRAFT CENTER
lyiOTOR DRIVE
amplifier assembly
1007581
7
.000
.005 1
SEE NOTE 5
T3 PIN NO. 2 ONLY
.000 _J
.005
SEE NOTE 5
-PERMISSIBLE LIMITS
OF SNC A^S'JL A T ! ON
THIS SIDE ONLY
SEE NOTE 5
SECTION A ~\
, _, coo 7
HfT)R£F p - 000
PARTIAL VIEW B"B
ROTATED CCW 90°
INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
ASSEMBLE FIND NUMBERS 2 AND 3 -ER ND'002i36
UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE W> fH NDC02069
30ND FI NO NUMBER 4 TO FIND NUMBER Z PER NO 1002237
ENCAPSULATE MODULE PER ND 1002002 ,BLACK POLYURETHANE FOAM.REMOVE ALL FLASHING
INDICATED AREAS TO BF FREE OF ENCAPSULATION
MARK .GeC/.lOG HIGH WHITE CHARACTERS PER ND IC'2DI*-. CENTRALIZE AS SHOWN
MARK .IO0/.I40 HIGH WHITE CHARACTERS PER NO I0020IR AND SERIALIZE PER NO 1002023.
CENTRALIZE AS SHOWN
+ INDICATES POSITIVE SIDE OF CAPACITOR
. TYPICAL SLEEVING FOR COMPONENTS .150 OIA OR LESS
. AR DENOTES AS PEQUIRED
. FT DENOTES FEEDTHRU
. K INDICATES CATHODE SIDE OF OtODE
. SOlOER QIC AND Q11 CONNECTIONS PER ND I002C7I
. WHITE OOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRIN6
. BLACK DOT AND CRO^SHATCHED WIRING INDICATES UPPER LEVEL WIRIN6
. MOUNTING TORQUE FOR FIND NO. 8to TO BE 12/14 INCH POUNOS
APPLY SEALIN6 COMPOUND PER MIL-S-22473,6PADE A TO FIND NO. 14
. BONO Tl,T2,T3,T4,0lfe,CI7,Qc,Q7,Q8,Q9,Ql3,QI4 AND LI TO FIND NO. 5 PER ND 1002004 TYPE I
BOND CI9,QUQ2,Q3,Q4,Q5,QI2 AND QI5 TO FIND NO. 6 PER NDI002004 TYPE I
. TYPICAL SLEEVIN6 FQR FT8,F T9 ,FT5 AND FT6 THRU FIND NO 5
TYPICAL SLEEVING F(JR FTI3,FTII,FT24,FT5,FJ6 AND FT8, THRU FIND NO 6
BOND FIND NO. 92 TO FIND NO. 83 PER MIL-I-15126 CONO. C-2/23/50 BEFORE ASSEMBLING
TC NO S. 5 AND 6
l COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE ‘WITH
AND SHALL MEET ALL OF THE REQUIREMENTS OF PS 1007561.
.030 T
.000
SEE NOTE 22 *21
PARTIAL VIEW C~C
ROTATEO CCW 90°
Mii
_L
*nj|
-f '54
“#5I
-«3»
-»I9
“fT»
-«»*
-CIO
3.7
-C«4
-cot
■*054
-020
-rm
-04J
-COI
APPLICABLE DASH NO.
05E3
a40 AflT N
j
-cot
6U10E PIN HOLES REF
MARKING VIEWS
SCALE I/I
I89Z/CI
_j pp~ ss ,s, u
1007579
'007570
next assy
USED ON
I APPLICATION 1
DO NOT SCALE THIS ORAWING
HEAT TREATMENT
REVISIONS /</'•
~nr-
MOCOiPTiON
o*rr
A
REVISED PER TDRR 15225
3HCCM
*
8
PEVlOfD P£R TORR 66 23
74 <£&
- *sr
C
REV'SEC PER TDRR K684C
"3 MAR
4.S
V
CEViSEP PM Tpeo I4>03«
• 9
LIST OF MATERIALS
DRAWN
CHECKED.
DATE '5^44
gefcJ&n
MIT APPROVAL
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
><*
1009503
SCHEMATIC
IEF
AR
1006 776-22
INSULATION,SLEEVING
S3
AR
MI.-I-I5I26
NSULATION,TAPE-TYPE MET 2.5 '//WIDE
92
2
1010753
TRANFQRMER
91
1
1010752
t RAN5FOPMER
90
1
1010759
TRANSFORMER
89
2
1010357-1
TRANSISTOR
09
l
1010342
TRANSISTOR
97
1
1010269-2
TRANSISTOR
96 _
4
1010367
CHOPPER
35
6
1010397-1
TRANSISTOR
34
1010265-10
DIODE
83
4
I0IG392- 1
DIODE
82
2
1010372 - II
DIODE
81
1
1010 830-II
DIODE
80
1
!0iC«3O- 9
DIODE
79
1
1010277-6
INDUCTOR
78
7
1010359-5
CAPACITOR
77
1
1010279-219
CAPACITOR
76
1
1010279-216
CAPACITOR -
75
1
1010279 -110
CAPACITOR
74
73
2
1006755-79
capacitor
72
4
1006755-69
CAPACITOR
71
?
1006755-10
capacitor
70
5
1006755-21
CAPACITOR
69
c
1
IC06755-I5
CAPACITOR
68
2
1006755-13
CAPACITOR
67
2
1006755-2
CAPACITOR
a
1
1010264-37
CAPACITOR
o5
1
1010264-21
CAPACITOR
64
1
101^264-18
CAPACITOR
63
1
1006750-78
RESISTOR
62
1
CAPACITOR
61
3
1010264-13
CAPACITOR
60
1
I0C6788 -22
RESISTOR
59
1
,010364-619
RESISTOR
58
1
1010369-138
resistor
57
1
,010369-88
RESISTOR
56
1
101 0364 -727
RESISTOR
55
1
ICC6750-42
RESISTOR
54
1
1006730-72
RESISTOR
55
1
1006750-19
RESISTOR
52
___
3
1006750-32
RESISTOR
51
7
1006750-60
RESISTOR
50
I
ir 06750-53
RESISTOR
49
1
006750-36
RESISTOR
48
1
.CI0604-I6
RESISTOR
47
1
1006750-56
RESISTOR
46
3
1006750-63
r RESlST0R
45
3
1006750 —39
RESISTOR
44
3
IGC6750-30
RESISTOR
43
'^6750-44
RESSTOR
42
1
1006750-52
RESISTOR
41
4 -
■006750-48
RESISTOR
40
1
1006750-12
RESISTOR
39
1
ICC6750-55
RESISTOR
38
;
1006750-33
RESISTOR
37
1
|r^6750 — 43
RESISTOR
36
1
1006750-10
RESISTOR
35
B
7
1006750 -80
RESISTOR
34
1
1006750-67
RESISTOR
33
1
1006750-47
RESISTOR
32
1
1010364 — 709
RESISTOR
31
1
I0IC364-675
RESISTOR
30
1
1010364-765
RESISTOR
29
1
1010364-66/
RESISTOR
28
1
1010364-635
RESISTOR
27
1
1010264 - 157
RESISTOR
26
5
'010364 -693
RESISTOR
25
1
1010364-669
RESISTOR
24
1
1010364- r 07
RESISTOR
23
1
1010364-527
RESISTOR
22
1
1010364-345
RESISTOR
21
“~
10 0364-687
RESISTOR
20
~2~
,010364-677
RESISTOR
19
AR
1006776-21
INSULATION SLEEVING
18
...
AR
1006776-20
INSULATION SLEEVING
17
- ^
AR
1006757-1
WIRE.ELEC. .010 X.020
16
AR
1006757-8
WIRE, ELEC. .020 DlA
15
2
<1S2034| — lOB
NUT,HEX
14
—
2
,008071-2
WASHER.FLAT
13
00
- i(D
4
1008024- 1
WASHER,INSULATOR
12
U )
- N-
2
1008021-1
BUSHING,INSULATOR
1 1
- o
l
1010405 - 116
SCREW,FILLISTER HEAD
;C
- 2
8
10 0 8161 - 3
SCREW,CAP SLOTTED HEAD
9
l
1008575-001
SPACER
8
3
ICI5135 -019
spacer, nylon
7
l
1008573
WIRING BOARD,BOTTOM
6
l
1 F 0 8571
WIRING BOARD, T CP
5
~T
IC08540 — 13
GASKET,CONNECTOR MINIATURE
4
26
1006782-5
CONTACT.WRAPOST-MALE .MIN
3
26
1006775
INSULATOR .WRAPOST-MALE .MIN
2
1
1007589
FRAME
1
A
QTY
PART OR
NOMENCLATURE OR
(FIND
REQC
) IDENTIFYING NO.
DESCRIPTION
NO
MOTOR DRIVE
AMPLIFIER ASSEMBLY
COOC IOENT NO
[SCALE 5/| 'wt
NASA DRAWING NO
1007581
— [sheet I Of |
}
l
!
.000
.005
SEE NOTE 5
T3 PIN NO. 2 ONLY
.000 _J
.005
SEE NOTE 5
| I II CI8
II I II « EF
-PERMISSIBLE LIMITS
OF ENCAPSULATION
THIS SIDE ONLY
SEE NOTE 5
SECTION A-A
,_, poo ,
REF j .080 '
PARTIAL VIEW B'B
ROTATED CCW 90°
NOTES
1. INTERPRET 0RAWIN6 IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-0-70327
2. ASSEMBLE FINO NUMBERS 2 AND 3 PER NO'002136
3*. UNLESS OTHERWISE SPECIFIED ALL WIRIN 6 SHALL BE IN ACCORDANCE W,TH NDI002069
4. BONO FIND NUMBER 4 TO FINO NUMBER 2 PER ND 1002237
5. ENCAPSULATE MOOULE PER NO 1002002 ,BLACK POLYURETHANE FOAM.REMOVE ALL FLASHIN 6
6 . INDICATED AREAS TO BE FREE OF ENCAPSULATION
7. MARK .060/100 HIGH WHITE CHARACTERS PER NO 1002019. CENTRALIZE AS SHOWN
0. MARK .100/140 HIGH WHITE CHARACTERS PER NO 1002019 AND SERIALIZE PER NO 1002023.
CENTRALIZE AS SHOWN
9. + INOICA'ES POSITIVE SIDE OF CAPACITOR
10. TYPICAL SLEEVIN 6 FOR COMPONENTS .150 OIA OR LESS
11. AR DENOTES AS REQUIRED
12. FT OENOTES FEEDTHRU
13. K INDICATES CATHODE SIDE OF OIODE
14. SOLDER QIO AND Qll CONNECTIONS PER NO I0C207I
15. WHITE OOT AND CLEAR WIRIN 6 INDICATES LOWER LEVEL WIRIN 6
16. BLACK DOT AND CROSSHATCHEO WIRING INDICATES UPPER LEVEL WIRING
17. MCUNTIN 6 TORQUE FOR FIND NO. 96 TO BE 12/14 INCH POUNDS
18 APPLY sealing COMPOUNO per MIL-S-22473, 6 PADE A TO FINO NO. 14
19 ! BONO TI,T2,T3,T4,CI6,CI7,Q6,Q7,Q8,Q9,QI3,QI4 ANO LI TO FIND NO. 5 PER ND 1002004 TYPE I
20. BOND CI9„QKQ2,Q3,Q4,Q5,QI2 AND QI5 TO FIND NO. 6 PER NDI002004 TYPE I
21. TYPICAL SLEEVING FOR FT8,FT9,FT5 AND FT 6 THRU FINO NO 5
22. TYPICAL SLEEVING FOR FTI3,FTII,FT24,FT5,F,T6 AND FT 8 , THRU FINO NO 6
23. BONO FIND NO.92 TO FINO NO. 83 PER MIL-1-15126 COND. C-2/23/50 BEFORE ASSEMBLING
TO NO'S. 5 ANO 6
*4 COMPLETED Ai^MBLY S**LL BE TESTED IN ACCORDANCE WITH
• * ANO SMALL MEET ALL OF THE REQUIREMENTS OF PS 10075SI.
.030 _J
.000
SEE NOTE 22 421
PARTIAL VIEW C“C
ROTATED CCW 90°
TOSI
933
!?***
I
SEE NOTE 19
1 P
t
SECTION A-A
i
t
i
i
i
!
i '
i
f
i
4
f
t
I i
| s
I ;
I i
t
t
i
^=3t
SEE NOTE 20
PARTIAL VIEW B~B
ROTATEO CCW 90°
NOSES
I. INTERPRET 0RAWIN6 IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
! « 2. ASSEMBLE FIND NUMBERS 2 AND 3 PER NO 1002136
( 3. UNLESS OTHERWISE SPECIFIED ALL WIRIN6 SHALL BE IN ACCORDANCE W.TH N0I002069
|| *4. BONO El NO NUMBER 4 TO FINO NUMBER 2 PER NO 1002237
4 5. ENCAPSULATE MODULE PER NO 1002002 ,BLACK POLYURETHANE FOAM.REMOVE ALL FLASH IN6
t fc INDICATED AREAS TO BE FREE OF ENCAPSULATION
f 7. MARK .060/100 HI6H WHITE CHARACTERS PER NO 1002019. CENTRALIZE AS SHOWN
& MARK .100/.140 HI6H WHITE CHARACTERS PER NO 1002019 AND SERIALIZE PER NO 1002023.
CENTRALIZE AS SHOWN
f a 4- INDICATES POSITIVE SIDE OF CAPACITOR
ia Typical sleeyin6 tor components .150 dia or less
II. AR DENOTES AS REQUIREO
12. FT 0EN0TE5 FEEDTHRU
13. K INDICATES CATHODE SIDE OF OIODE
’ 14. SOLOER QIO AND Qll CONNECTIONS PER NO 1002071
/ I5. WHITE DOT ANO CLEAR WIRIN6 INDICATES LOWER LEVEL WIRIN6
16. BLACK DOT ANO CROSSHATCHEO WIRIN6 INOICATES UPPER LEVEL WIRIN6
17. M0UNTIN6 TORQUE FOR FINO NO. 86 TO BE 12/14 INCH POUNDS
18. APPLY SEALIN6 COMPOUND PER MIL-S-22473,60ADE A TO FINO NO. 14
19. BONO TI,T2,T3,T4,CI6,CI7,Q6,Q7,Q8,Q9,QI3,QI4 ANO LI TO FIND NO. 5 PER ND 1002004 TYPE I
2a BOND CI9,QI % Q2,Q3,Q4,Q5,QI2 ANO QI5 TO FINO NO. 6 PER NDI002004 TYPE I
f 21. TYPICAL SLEEVIN6 FOR FT8,FT9,FT5 AND FT6 THRU FINO NO 5
J 22. TYPICAL SLEEVIN6 FCJP FTI3,FTII,FT24,FT5,F,T6 AND FT8, THRU FINO NO 6
23. BONO FINO NO.92 TO FINO NO. 83 PER MIL-1-15126 CONO. C-2/23/50 BEFORE ASSEMBLIN6
% TO NO'S. 5 ANO 6
| ‘ ' CBMFUT'CB A4F 4MLY A*»LL BE TESTED IN ACCORDANCE WITH
» # AND SHALL MEET AU OF THE REQUIREMENTS OF PS 10075SI.
1007581 TfF
12
.000
.005 "
SEE NOTE 5
T3 PIN NO. 2 ONLY
I III REF
-PERMISSIBLE LIMITS
nr rur&ocifi&T\ny
THIS SIDE ONLY
SEE NOTE 5
.000
.005
SEE NOTE 5
SECTION A-A
PARTIAL VIEW B~B
ROTATED CCW 90
INTERPRET DRAWINS IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-0-70327
ASSEMBLE FINO NUMBERS 2 AND 3 PER ND'002136
UNLESS OTHERWISE SPECIEIEO ALL WIRING SHALL BE IN ACCORDANCE W.TH NDI002069
BOND FI NO NUMBER 4 TO FINO NUMBER 2 PER ND 1002237
ENCAPSULATE MODULE PER ND 1002002,BLACK POLYURETHANE FOAM.REMOVE ALL FLASH IN6
INDICATED AREAS TO BE FREE OF ENCAPSULATION
MARK .060/100 HIGH WHITE CHARACTERS PER ND 1002019. CENTRALIZE AS SHOWN
MARK .I00/.I40 HIGH WHITE CHARACTERS PER NO 1002019 AND SERIALIZE PER ND ICC2023.
CENTRALIZE AS SHOWN
+ INDICATES POSITIVE SIDE OF CAPACITOR
TYPICAL SLEEVIN6 FOR COMPONENTS .150 OIA OR LESS
AR DENOTES AS REQUIRED
. FT DENOTES FEEDTHRU
. K INDICATES CATHODE SIDE OF DIODE
. SOLDER QIO AND Qll CONNECTIONS PER NO 1002071
. WHITE OOT AND CLEAR WIPIN6 INDICATES LOWER LEVEL WIRIN6
. BLACK DOT ANO CROSSHATCHED WIRING INDICATES UPPER LEVEL WIRIN6
. MCUNTIN6 TORQUE FOR FINO NO. 96 TO BE 12/14 INCH POUNDS
. APPLY SEALIN6 COMPOUNO PER MIL-S-22473,6PADE A TO FIND NO. 14
. BOND?l,T2~2 ~4R32,CI6,CI7,Q6,Q7,Q8,Q9,QI3,QI4 AND LI TO FIND NO. 5 PER ND 1002004 TYPE I
. BOND CI9,QI,Q2,Q3,Q4,Q5,QI2 AND QI5 TO FIND NO. 6 PER ND 1002004 TYPE I
. TYPICAL SLEEVIN6 FOR FT8,FT9,FT5 AND FT6 THRU FIND NO 5
. TYPICAL SLEEVING FOR FTI3, FTII, FT24/T5, F,T6 AND FT8, THRU FIND NO 6
. BONO FINO NO. 92 TO FINO NO. 83 PER MIL-1-15126 COND. C-2/23/50 BEFORE ASSEMBLING
TO NO'S 5 ANO 6.
; C3MPLE-ED ASSEMBLV S-ALL BE TESTED IN ACCORDANCE WITH
AMO SMALL MEET ALL OF THE REQUIREMENTS OF PS 1007581.
.030
.000
SEE NOTE 22 421
PARTIAL VIEW OC
ROTATEO CCW 90
1007581
FT44
APPLICABLE das*-, NO.-
CjA3« 7ZZD-I8SZOO
b3:jIldlAV 3A!«Q bOlOW
-6U DE PIN HOLES REF
,3-^2
MARKING VIEWS
SCALE l/l
ss/tim
A |REVISED PER TDRR 152 2 5 Ijccc^r
q J REVISED TDRR
9 KV'SEP «032 •«
% £ REVISED PER TDxR ^^2
(,y' F REVISED =ER “DPR 553s _^ 2?A !
G etV.SED PSE 12521 i^'
fto) h Revised per ^DRg 9 a?5
u CEV.SED PER. -rpaA Zz 4 3 !
1009503
1006776-22
Mlw-I-15126
■010753
1010752
10107 59_
1010357-I
" 1010342
1010269 -2
JO [03 6 7_
101 0397-1_
' 1010265-10
1010372-11
10108 30 -11
iQiw 9
1C 10277 - 6
1010359-5
1010 279-219
1010279-216
1010279 —110
SCHEMATIC _
INSULATION,SLEEViNS _
INSULATION,TAPE-TYPE MFT 2.5
TRAN-ORM ER_
TRANSFORMER _
TRANS FORME R_
TRANSISTOR ~ _
transistor _
TRANSISTOR _
CHOPPER
TRAN S ISTOR _ '
DIODE _
_DIODE_
01 ODE _
DIODE_
UiOD l _
INDUCTOR _
CA PACITO R _
^CAPACITOR_
CAPACITOR *
CAPACITOR /__
006755-7
J006755-6
S 06755 -II
lOC6 7 55-2
ICC6755-II
1006755-1
IC06755-;
I0IC264-3
1010264-2
I0IC264- I
1006750-
1010264 — I
1010264-::
1006788 -2
_US 10_3_6 4—6
1010369-1
,010369- 8
1C 10364 - 7
I006750-*
CAPACITOR
CAPACITOR
C APACITOR "
CAPAC ITOR
Q APAC IT QR~'~
CAPACITOR
CAPACITOR
CAPACITOR ~
CAPACITOR
CAPACITOR
RESI S TOR
CAPACITOR
CAPACITOR
res ist or
RESI STOR
“resistor
WASHER,FLAT _
WASHER,INSULATOR _
BUSHINS,INSULATOR _
SCREW,FILLISTER HEAD _
SCREW,CAP SLOTTED HEAD
SPACER
SPACER,NYLON
" WNIN6 BOA RD, BOTTOM _
WIRING BOARC J L P _|
GASKET,CONNECTOR MINIATURE
CONTACT,WRAPQST-MALE,M N
INSULATOR,WRAPOST-MALE,MIN
FRAM E_
MANNED SPACECRAFT CENTER
MOTOR DRIVE
AMPLIFIER AS5EMBLY
1 ,
80230 J |
1007581
1007581 1J j
7
SEE NOTE 6
SEE NOTE 6
p .v>
SEE NOTE 19
-SEE NOTE 19
PARTIAL VIEW B"B
ROTATED CCW 90°
INTERPRET DRAWING in ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-0-70327
ASSEMBLE FIND NUMBERS 2 AND 3 PER NO 002136
UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE W.TH NDI002069
B O N O f l N O N U MB ER ■* tv F iN Q NUMto fc O j Pfc n NO > 002237 -
5. ENCAPSULATE MODULE PER ND 1002002 , BLACK POLYURETHANE FOAM.REMOVE ALL FLASH IN6
6. INDICATED AREAS TO BE FREE OF ENCAPSULATION
7. MARK .060/100 HI6H WHITE CHARACTERS PER ND 1002019. CENTRALIZE AS SHOWN
8. MARK .100/140 HIGH WHITE CHARACTERS PER NO 1002019 AND SERIALIZE PER NO 1002023.
CENTRALIZE AS SHOWN
-f INDICATES POSITIVE SIDE OF CAPACITOR
TYPICAL SLEEVIN6 FOR COMPONENTS .150 OIA OR LESS
I!. AR DENOTES AS REQUIRED
12. FT DENOTES FEEDTHRU
13. K INDICATES CATHODE SIDE OF DIODE
14. SOLDER QIO AND Q11 CONNECTIONS PER ND 1002071
15. WHITE OOT AND CLEAR WIRIN6 INDICATES LOWER LEVEL WIRIN6
16. BLACK DOT AND CROSSHATCHED WIRING INDICATES UPPER LEVEL WIRIN6
17. MOUNTING TORQUE FOR FIND NO. 96 TO BE 12/14 INCH POUNDS
18. APPLY SEALING COMPOUND PER MIL-S-22473,6PADE A TO FlNO NO. 14
19. BOND T',~2 ”3 -4 R32,Clfc,CI7,Q6,Q7,Q8,Q9,Ql3,QI4 AND LI TO FIND NO. 5 PER ND I002C04 TYPE I
20. BOND CI9,QI,Q2,Q3,Q4,Q5,QI2 AND QI5 TC FIND NO. 6 PER NDI002004 TYPE I
21. TYPICAL SLEEVIN6 FOR FT8,FT9.FT5 AND FTf THRU FIND NO 5
22. TYPICAL SLEEVIN6 FOR FTl3, FTl I, FT24,FT5, F.T6 AND F T8, THRU FIND NO 6
23. BOND FlNO NO.92 TO FIND NO. 83 PER MIL-1-15126 COND. C-2/23/50 BEFORE ASSEMBLING
TO no's 5 ANO 6
9 $. COMPLETED AS5EMBLY SMALL BE TESTEO IN ACCORDANCE WITH
AND SHALL MEET ALL OF THE REQUIREMENTS OF PS I0075SI
8. CLEAN MODULE WHERE. POSSIBLE Bf DEGREASE WITH FREON AND ISO-PtDPVL ALCOHOL PRIOR TO ENCAPSULATION.
?»*. Er::* 3 ’ ’ME-r.lCOIL MOUNTING SwFFACE, PAINT ALL SURFACES PER NDlOOZMC "YPE C, AFTER ENCAPSULATION, j 5INQ BlACK
PAINT FfR I0IC72R-4. CURS AT l40*F FOR flCHT HOURS. CONNECTOR PIN BLADES AND INSULATORS TO BE FREE FROM PAINT.
12 -
*•+&-
10
9
'581
A
3
■•••at
2
IT, -
_L
M I 8 S/CCI
4)
Qy
%
REVISED PER TDRR 15225
REVISED =£73 TDRR <*±23
REVISED PER T3R? (cB^C
KVlSEP P« TDK* 683fi
REVISED PER TDRR i8lZZ
REVISED =ER TDRR 1653^
Revised pse tdrr 13521
ggVISED PEP TDRR >949 5
revised per. TDaa. Zo .4 3
REVISED PER TDRR 2 275
1007579
1007573
NEXT ASSY
USED ON
| APPLICATION |
UNLESS otherwis specified
DO NOT SCALE IMS 01
I HEAT TREATMENT
LIST OF MATERIALS
INSTRUMENTATION LAS
DRAWN feci HvW DATE l5Si)^
CHECKED
^TT^t
MIT APPROVAL J
MANNED SPACECRAFT CENTER
HOUSTON TEXAS
1009503
SCHEMATIC
REF
AR
1006776-22
INSULATION,SLEEVING
b 1
AR
MIL-1-15126
NSULATlON,TAPE-TYPE MFT 2.5 */^*WlO£
52
2
1010753
TRANSFORMER
9i
1
1010752
t RAN5FORM£R
90
1
1010759
TRANSFORMER
89
2
1010357-•
TRANSISTOR
89
1
1010342
TRANSISTOR
97
1
1010269-2
TRANSISTOR
86
4
1010367
CHOPPER
35
6
1010397—1
TRANSISTOR
84
1
1010265-10
DIODE
83
4
1010392- 1
DIODE
82
2
10(0372-11
DiuDE
ol
1
1010830-11
DIODE
90
1
1010830-9
DIODE
79
1
1010277-6
INuUCTOR
7o
2
1010359-5
CAPACITOR
77
1
1010279-219
CAPACITOR
76
1
1010279-216
CAPACITOR *
75
1
1010279-110
CAPACITOR
74
1
1000755-55
CA PAClTOR
73
3
.006755-79
capacitor
72
5
1006755-69
CAPACITOR
71
2
1006755-10
CAPACITOR
70
4
1006755-21
CAPACITOR
69
c
1
1006755-15
CAPACITOR
68
2
1006755-13
capacitor
67
1
1006755-2
CAPACITOR
ofe
1
1010264-37
CAPACITOR
65
1
1010264-21
CAPACITOR
64
1
1010264-18
CAPACITOR
63
1
1006750-78
RESISTOR
62
1
1010264 — 1
capacitor
61
2
1010264-13
CAPACITOR
60
1
10 0 6788 - 22
RESISTOR
59
1
1010364-619
RESISTOR
58
1
1010369-138
RESISTOR
57
1
1006750-70
RESISTOR
56
1
IGIC364 -727
RESISTOR
55
1
1002 750-42
RESISTOR
54
1
1006750-72
RESISTOR
53
1
1006750-19
RESISTOR
52
3
1006750-32
RESISTOR
51
2
1006750-60
RESISTOR
50
1
1C 06750-53
RESISTOR
49
1
006750-36
RESISTOR
48
1
.010604-16
RESISTOR
47
1
1006750-56
RESISTOR
46
3
1006750-63
RESISTOR
45
3
1006750-39
RESISTOR
44
3
1006750-30
RESISTOR
43
•006750-44
RESISTOR
42
1 _
1006750-52
RESISTOR
4; '
4 ~
006750-48
RESISTOR
40
1
1006750-12
RESISTOR
39
1
1006750-55
RESISTOR
38
1
1006750-83
RESISTOR
37
1
1006750-43
RESISTOR
36
1
1006750-10
RESISTOR
35
R
2
1006750-80
RESISTOR
34
u
1
1006750-67
RESISTOR
33
1
1006750-47
RESISTOR
32
1
1010364 — 709
RESISTOR
31
1
1010364-675
RESISTOR
30
1
1010364- 765
RESISTOR
29
1
1010364-66/
RESISTOR
28
1
1010364-635
RESISTOR
27
1
1010364 - 157
RESISTOR
26
5
1010364 -693
RESISTOR
25
1
1010364-669
RESISTOR
24
1
1010364- 707
RESISTOR
23
1
1010364-527
RESISTOR
22
l
1010364-345
RESISTOR
21
i
10 0364-687
RESISTOR
20
3
,010364-677
RESISTOR
19
AR
1006/76-21
insulation sleeving
18
AR
1006776-20
INSULATION SLEEVING
17
y
AR
1006757- 1
WIRE.ELEC. .010 X.020
16
AR
1006757-8
WIRE, ELEC. .020 OlA
15
2
4S2034I-I0B
NUT,HEX
14
—
2
,008071-2
WASHER.FLAT
13
■ 00
- 1
4
1008024-!
WASHER,INSULATOR
12
U j
- N-
_2
1008021-1
BUSHING,INSULATOR
1 1
- o
l
1010483-116
SCREW,FILLISTER HEAD
iC
. o
8
1008161-3
SCREW,CAP SLOTTEO HEAD
9
l
1008575-001
SPACER
8
3
ICI5I35 -019
SPACER,NYLON
7
l
1008573
WIRING BOARD,BOTTOM
6
1
1008571
WIRING BOARD,’CP
5
2
IC08540-I3
GASKET,CONNECTOR MINIATURE
4
26
1006782-5
CONTACT, WRAPOST-MALE,MIN
3
26
1006775
INSULATOR,WRAPOST-MALE .MIN
2
1
1007589
FRAME
1
A
QTY
PART OR
NOMENCLATURE OR
I FIND
REQO
OENTIFYING NO.
DESCRIPTION
NO
MOTOR DRIVE
AMPLIFIER ASSEMBLY
COOE OENT NO
80230
NASA DRAWING NO
1007581
[SHEET 1 OF |
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1009503 _
1006776-22 __
MIL-1-15126 _
1010753 _
1010752 _
1010759 I
1010357-I
1010342 _
1010269-2 __
1010367 _
IQI0397-I _
1010265-10 _
1010392- I _
I0I0372-H _
IQIQ83Q-II _.
IOiuo3^~ 9 _
1010277-6 _
10 10359-5 _
1010279-219 _
1010279-216
‘ 1010279-HO
“ 1 006755 - S5 _
"_J006733-79_
“ 1006755-69
1006755-10 _
1006755-21
“ 1006755-15
I 1006755-13
1006755-2
1010264-37
1010264-21
_ 1010264-18
1006750-78
1010264-1
: 1010264-13 _
~ 1006788-22
_ 1010364-619
I 1010369-138
1006750 -70
I IQIC364-727 _
~ 10067SQ-42
r 1006750-72 _
1 1006750-19
3_ 1006750-32
2 1006750-60
1 1006750-53 __
T“ 006750-36
j_:ni 0604 -16
I 1006750- 56_
3 IOO6750 —63
3 1006750 -39
3 1006750-30
I 006750-44
T~_ 1006750-52
4 '006750-48
I 1006750-12
1“ 1006750-55
l 1006750-83
T~ 1006750-43
1 1006750-10
? 1006750-80 ~
T“ 1006750-67
~T~ 1006750-47
~T 1010364-709
“IT 1010364-675
1 1010364-765
I 1010364-667
I 1010364-635
I 1010364 -157
S 1010364 -693
~7~ 1010364-669
I 1010364-707
"T“ 1010364-527
I 1010364-345
i 10:0364-687
T~ 1010364-677
Tr" :006 776-2I _
AR 1006776-20
AR 1006757-1 _
AR 1006757-8 _
~~2~ 4S2034I —IQB
~~Z~ ,008071-2 _
4 1008Q24— I
~T~ IOQ8Q21 -I
~T 1010485-116
T" 1008161-3
“7" 1008575 — 001
“3" ~ToT5I35-0I9
“T" 1008573
T 1CC8571
~~2~ 1008540-13
26 1006782-5
~ SCHEMATIC - r^j
INSULATI O N. SLEEVIN 6 _ |. . ■ L uii 1 T T7
~ INSULATION.TAPE-TVPE
" TRANFQRMER _ -£z
“TRANSFORMER_ --§*
“ TRANSFORMER _ ___
TRANSISTOR _ -4i
' TRANSISTOR- %
~ TRANSISTOR —- 1
- CHOPPER ___J
_ TRANSISTOR - - 1
DIOOE _ 1
DIODE --- -
DIOOE _ — --
DIODE ______
~ °I 0 DE_ -
~ inductor —- \
” CAPACITOR ____ --k
~ CAPACITOR ----■ I
~~ capacitor * _-_ -
__ CAPACITOR _ -
CAPACITOR-__- 5
_ capacitor ____
CAPACITOR ------
capacitor - j
CAPACITOR - ‘
~~ CAPACIT or_--- -
CAPACITO R _ !
CAPACITOR-.-- -
CAPACITOR _ :
CAPACITOR- --
CAPACITOR ____
RESISTOR ___
CAPACITOR ___ -
CAPACITOR____
RESISTOR * --
RESISTOR___
PFSlSTOR --
___ RESISTOR ___
RESISTOR ---—-
resistor ___
RESISTOR ___._
RESI S TOR ___
___ resistor ___
resistor ___
resistor ___
RESISTOR ____
resistor____
resistor___
RES 1ST0R_._
RESISTOR ___-
resistor ___
RESISTOR ---
'resistor — _
PFSlSTOR _—
RESISTOR ___
RESISTOR_
RESISTOR ___
RESISTOR -
RESISTOR ---
_____ RESISTOR ___
RESISTOR - -
RESISTOR ___
RESISTOR _ _.__
RESISTOR ___
RESISTOR _-_
pfsistor -
_ RESISTOR ___
RESISTOR ___
RESISTOR___
RESISTOR -
_ RFSISTOR ___
_ RESISTOR ___
RESIST OR ___
RESISTOR _ __
RESISTOR_
- insulation sleeving _
INSULATION SLEEVIN 6 _
- WIRE,ELEC. .010 X.02_0 _
WIRE . ELEC. .020 QIA _
. NUT.HEX -
' WASHER.FLAT _
” WASHER,INSULATOR _
PU^HINr-. INSULATOR _
SCREW T FILLISTER HE AP
SCREW.CAP SLOTTE D HEAD _
SPACER ___
- SPACER- NYLON _
' WIRING B0AR3.BOTTOM _
WIRIN 6 BOARD.TCP -
I -ftlcKPT CONNECTO R MINIATURE_
rnuT a~Ft WPAPOST -MALE.MIN .
Insulator, wrapqst-m ale .min
FRAME --
NOMENCLATURE OR
description _
I UNLESS OTMfWWf SPCCtflED
- Ido not scale thm ormrwc
I MATERIAL
MBTNUMKNTAllON LAB
manned spacecraft center
HOUSTON. TEXAS
MOTOR DRIVE
amplifier ASSEMBLY
I !802301 J
1007581
007579
0Q757&.
APPLICATION
[scale
1007581
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SEE NOTE 5
SECTION A-A
PARTIAL VIEW B~B
ROTATEO CCW 90
N0,E ! , NTE RPACT DRAW,NS « ACCORDANCE -«SCR,BED BE M.L- 0 -E 0327
i ** N0 ' 002069
FOAM.REMOVE ACL FLASH,NB
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::: - »«**•» - *"'*« *" * ,oo2 ° 23 -
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Z^NO^a^rFINO NO B 3 ’peR iL-I-W CONa C- 2 / 23/30 BEFORE ASSEMBLIN 6
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SEE NOTE 5
ENCAPSULATION .000 |
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SEE NOTE 5
SECTION A-A
PARTiAL L EW B"B
ROTATED CCW 90
1. IN T EPPPET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-7C327
2. ASSEMBLE EIND NUMBERS 2 AND 3 PER NO 002136
3. UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE N.'r. N0IC02069
ENCAPSULATE MODUlE PER NO 1002002 ,BLACK I
YURETHANE ECAM.REMOVE all ELASHIN6
INDICATED AREAS TO BE FREE OE ENCAPSULATION
PUTAPRK .CoC/.IOG HIGH WHITE CHARACTERS PER NC I
MARK .CoC/.IOG HIGH WHITE CHARACTERS PER NC 1002019. CENTRALIZE AS SHOWN
, MARK .100/.'40 HIGH WHITE CHARACTERS PER NO 1002019 AND SERIALIZE PER NO IC02023.
CENTRALIZE AS SHOWN
. + INDICATES POSITIVE SIDE OF CAPACITOR
. TYPICAL SLEEVING TOR COMPONENTS .150 OIA OR LESS
. AR DENOTES AS PEQUIRED
. fT DENOTES EEEDTHRU
. K INDICATES CATHODE SIDE OF DIODE
. SOLDER Q10 AND Qli CONNECTIONS PER ND I0C2C7I
. WHITE OOT ANO CLEAR WIRIN6 INDICATES LOWER LEVEL WIRIN6
. BLACK OOT AND CRC&5HATCHED WIRING INOICATES UPPER LEVEL WIRIN6
. MOUNT IN6 PDRQUE r 0R FIND NO. 86 TO BE 12/(4 INCH POUNDS
. APPLY SEALING COMPOUND PER MIL-S-22473,6PA0E A TO FIND NO. 14
. BONOTI.T2 T3,T4 R32,C• 6,C 17,Q6,Q7,Q8,Q9,Q13,QI4 AND LI TO FIND NO. 5 PER ND 1002004 TYPE I
. BOND CI9,QI>Q2,Q3,Q4,Q5,QI2 ANO QI5 TO FINO NO. 6 PER NO 1002004 TYPE I
■ TYPICAL gLggV**» FQP FT8,FT9,FT5 AND FT6 THRU FINO NO 5
. TYPICAL FtfR FTI3,FTII,FT24,FT5,F#6 AND FTB, THRU FIND NO 6
. tONO FINO NO. 92 TO FINO NO. 83 PER MILtI-'5‘?6 CONQ. C-2/23/50 BEFORE ASSEM|LIN6
s #»NOV«fctK>$. V V . * ** '
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IWO mtL MtET ATt OF THE REQUIREMENTS OF PS I0075SI
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. EXCEPT FOR MODULE MOUNTING SURFACE, PAJNT ALL SURFACES PER MD 1002279, USING 1010992 PRIMER
AMD 1008009*4 PAINT . CONNECTOR PiN BLADES AND INSULATORS TO BE FREE OF PAINT-
.030
.000
SEE NOTE 22 4 21
PARTIAL VIEW OC
ROTATED CCW 90
5 W A:i
r *
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R25
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,■ ■■■■■ ■■■i *«v*.on« /i/ * 1
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REVISED PER TDRR 16531
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c i
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REVISED PER TDRR 2i275
li joi
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REV>SEO PER TDRR 22966
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REVISED PER TDRR 235 22
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1007579
1007578
NEXT ASSY
USED ON
| APPLICATION |
TOLERANCES ON
DO NOT SCAU T
MEAT TREATMENT
UST OF M 4TERIALS
i &alrWv» date
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
AR
1010648-2
WIRE, ELECTRICAL -NiCRE*.
94
X*
1009503
SCHEMATIC
REF
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■INSULATION, 3ttCVtH<
93
AR
MIl-I-15126
INSULATION,TAPE-TYPE MF? 2.5 ’/YWIOE
52
2
I0I0753
TRANFORMER
91
1
1010752
transformer
90
1
1010759
TRANSFORMER
89
2
I0I0357-I
TRANSISTOR
88
1
1010342
TRANSISTOR
87
1
1010269-2
TRANSISTOR
86
4
1010367
CHOPPER
85
6
1010397—1
transistor
84
1
1010265-10
DIODE
83
4
I0I0392- 1
DIODE
IF
2
1010372-11
DIODE
81
1
I0I083O-II
DIODE
80
1
1010830-9
DIODE
79
1
1010277-6
INOUCTOR
78
2
1010359-5
CAPACITOR
77
1
1010279-219
CAPACITOR
76
1
1010279-216
CAPACITOR
75
1
1010279-110
CAPACITOR
74
1
1006755-55
CAPACITOR
73
3
.006755-79
capacitor
72
5
1006755-69
CAPACITOR
71
2
1006755-10
CAPACITOR
70
4
1006755-21
capacitor
69
r
1
1006755-15
CAPACITOR
68
2
1006755-13
CAPACITOR
67
1
1006755-2
CAPACITOR
66
1
1010264-37
CAPACITOR
65
1
1010264-21
CAPACITOR
64
1
1010264-10
CAPACITOR
63
1
1006750-78
RESISTOR
62
1
1010264 -1
CAPACITOR
61
2
1010264-13
capacitor
60
1
10 0 6788 - 22
RESISTOR
59
1
1010364-619
RESISTOR
58
1
1010369-138
RESISTOR
57
1
1006750-70
RESISTOR
56
1
IGIC364-727
RESISTOR
55
1
1006750-42
RESISTOR
54
1
1006750-72
RESISTOR
53
1
1006750-19
RESISTOR
52
3
1006750-32
RESISTOR
51
2
1006750-60
RESISTOR
50
1
IC06750-53
RESISTOR
49
1
006750-36
RESISTOR
48
1
;c 75604 -i 6
RESISTOR
47
l
I0C6750-56
RESISTOR
46
3
1006750-63
RESISTOR
45
3
1006750-39
RESISTOR
44
3
1006750-30
RESISTOR
43
1
1006750-44
RESiSTOR
42
__ 1
1006750-52
RESISTOR
i 41
4 ~
006750-48
RESISTOR
40
1
1006750-12
RESISTOR
39
1
1006750-55
RESISTOR
36
1
1006750-83
RESISTOR
37
1
1006750-43
RESISTOR
36
1
1006750-10
RESISTOR
35
p
?
1006750-80
RESISTOR
34
u
1
1006750-67
RESISTOR
33
1
1006750-47
RESISTOR
32
1
1010364-709
RESISTOR
31
1
1010364-675
RESISTOR
30
1
1010364-765
RESISTOR
29
1
1010364-667
RESISTOR
28
1
1010364-635
RESISTOR
27
1010364 - 157
RE6IST0R
26
5
1010364 -693
RESISTOR
25
1010364-669
RESISTOR
24
1
1010364- 707
RESISTOR
23
1
1010364-527
RESISTOR
22
l
1010364-345
RESISTOR
21
■
10 0364-687
RESISTOR
20
3
1010364-677
RESISTOR
19
AR
1006776-21
INSULATION SLEEVIN6
18
AR
1006776-20
INSULATION SLEEVING
17
AR
1006757- 1
WIRE.ELEC. .010 X.020
16
Z
15
2
4S2034I-IOB
NUT,HEX
14
_
2
1008071-2
WASHER,FLAT
13
00
4
1008024-1
WASHER,INSULATOR
12
lO
(<s_
2
1008021 -1
BUSHING,INSULATOR
11
o
1
1010485-58
SCREW, FILLISTER HEAD
iO
o
8
I008I&I-3
SCREW,CAP SLOTTEO HEAD
9
l
1008575-001
SPACER
8
3
1015133 -019
SPACER.NYLON
7
1
1009573
WIRING BUARj,BOTTOM
«
1
1008571
WIRING BOARD,TOP
5
2
1008540-13
GASKET,CONNECTOR MINIATURE
4
26
1006782-5
CONTACT,WRAPOST-MALE ,M N
3
26
1006775
INSULATOR,WRAPOST-MALE.MIN
2
1
1007589
FRAME
1
A
f QTY
PANT or
NOMENCLATURE OR
FINO
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RCQO
RKNTIFYING NO.
DESCRIPTION
L".
MOTOR DRIVE
AMPLIFIER ASSEMBLY
CODE nCNT NO SIZE
soroe J
JdL
1007581
1 SHEET ( OF I
i
.000
.005 '
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ENCAPSULATION .000_ J
LIMIT .015
SEE NOTE 5
T3 PIN NO. 2 ONLY
I t—- 0 *
|! I II CIS
li I II REr
-PERMISSIBLE LIMITS
OF ENCAPSULATION
THIS SIDE ONLY
SEE NOTE 5
SECTION A-A
PARTIAL VIEW B~B
ROTATED CCW 90°
1. INTERPRET DRAWIN 6 IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. ASSEMBLE FINO NUMBERS 2 AND 3 PER NO 002136
3. UNLESS OTHERWISE SPECIFIED ALL WIRIN 6 SHALL BE IN ACCORDANCE W.TH NDI002069
4. 3 0 N 0 F IN D N U MB E R 4- .TO-E 1NO NUMB E R i PE R N O *0 03337 -
5. ENCAPSULATE MODULE PER ND 1002002 , BLACK POLYURETHANE FOAM.REMOVE ALL FLASHIN 6
6 . INDICATED AREAS TO BE FREE OF ENCAPSULATION
7. MARK .OGO/.IOO HIGH WHITE CHARACTERS PER NO 1002019. CENTRALIZE AS SHOWN
0. MARK .I00/.I40 HIGH WHITE CHARACTERS P£R ND 1002019 ANO SERIALIZE PER NO 1002023.
CENTRALIZE AS SHOWN
9. + INDICATES POSITIVE SIDE OF CAPACITOR
10. TYPICAL 5LEEVIN6 FOR COMPONENTS .150 DIA OR LESS
11. AR DENOTES AS REQUIRED
12. FT DENOTES FEEDTHRU
13. K INDICATES CATHODE SIDE OF DIODE
14. SOLDER QlO AND Qll CONNECTIONS PER NO 1002071
15. WHITE OOT ANO CLEAR WIRIN 6 INDICATES LOWER LEVEL WIRIN 6
16. BLACK OOT ANO CROSSHAiXHEO WIRING INDICATES UPPER LEVEL WIRING
17. MOUNTING TORQUE FOR FINO NO. 96 TO BE 12/14 INCH POUNDS
18. APPLY SEALING COMPOUND PER MIL-S-22473, 6 PADE A TO FINO NO. 14
19. BONO Tl,T2.T3,T4 R 32 , 06 ,07,Q6,Q7,Q8,Q9,QI3,QI4 ANO LI TO FIND NO. 5 PER NO 1002004 TYPE I
20. BONO Cl9,Ql,Q2,Q3,Q4,Q5,QI2 ANO QI5 TO FINO NO. 6 D ER NDI002004 TYPE I
21. TYPICAL SlggVtNG p-QR FT8,FT9.FT5 AND FT 6 THRU FIND NO 5
22. TYPICAL « 6 «**** FOR FTI3,FTII,FT24,FT5, F,T 6 ANO FT 8 , THRU FINO NO 6
23. BONO FINO NO. 92 TO FINO NO. 83 PER MIL-I-15126 COND. C-2/23/50 BEFORE ASSEMBLING
TO NOS 5 ANO 6 .
£f COMPLETED AS5EMBLV SMALL BE TESTEO IN ACCORDANCE WITH
' ANO SHALL MEET ALL OF THE REQUIREMENTS OF PS 10075SI
0 . CLEAN MOOOLE WMEI2E POSSIBLE W DECEASING WITH FREON AND ISO-PWfW ALCOHOL PRIOR TO ENCAPSULATION.
Zl E/^PT module mounting SURFACE. PAINT ALL SURFACES PER ND 1002279 US'NGl 1010992 PRIMER
AND 1008809-4 PAINT. CONNECTOR PIN BLADES AND INSULATORS TO BE FREE OF PAINT-
.030
.000
SEE NOTE 22 4 21
PARTIAL VIEW C~C
ROTATEO CCW 90°
FT44
J//k |/J
sDSlM-
11007581
A
cHisel
icec<*|
p2l I Oil I EFFEC-
* ^ * . 1 nvrrv
SEE NOTE 27
HURT OR IDENTIFY**
IMOISTU REPROOFING
AR AR 101084-6-2
1009503
1
1
1006750-72
1
1
1006750-19
3
3
1006750-32
Z
2
1006750-60
1
1
1C 06750-53
1
1
006750-36
1
1
:CI0604-I6
1
1
1006750-56
3
3
1006750-63
3
3
1006750-39
3
3
1006750-30
1
'"''6750-44
1
| 1
1006750-52
4
4
006750-48
1
1
1006750-12
1
1
1006750-55
1
1
1006750-83
1
1
1006750 — 43
1
1
1006750-10
2
?
1006750-80
1
1
1006750 -67
1
1
1006750-47
1
1
1010364 — 709
1
1
1010364 -675
1
1
1010364-765
1
1
1010364-66.'
1
1
1010364-635
1
1
1010364 - 157
_5_
5
1010364 -693
1
1
1010364-669
1
1
1010364— 707
1
1
1010364-527
1
1
1010364-345
10 0364-687
~3~
3
.010364-677
AR
AR
'006776-21
AR
AR
1006776-20
AR
AR
1006757-1
~
~T
^S2034l- IOB
2
2
,008071-2
4
4
1008024-1
2
_2
IC0802I-1
1
l
1010485-56
_8 _ 8 1008161-3
_l_I 1008575-001
_3_3 1015135-019
_l_I 1008573
J_I 1008571
_2_2 1008540-13
Z<c 26 1006782-5
LIST OF PARTS AND MATERIALS
_I QTY REQUlREd)
UNLESS OTHCRW1S SPECIFIED
- DIMENSIONS ARE H. INCHES INRTW
TOLERANCES ON —» ■»
'fractions decmals *«LES, drawn_ fis4
± ± * CHECKED jZ
- DO NOT SCAU THIS DRAWING APPROVAL
- MATERUL APPROVAL
REVISED PER TDRR 15225 Joaa 1
PtVtSED <*£R TOR* tfc4Z» i
_ REVISED PER TORI? I604C ~
Eevisep pet Trer 16636
j/gfV/5£P PER TDRR ISI22.
REVISED =»ER TDRR 13531 23 *||'
_ gEViS EP PBE TORR <35 21
_ <?gV»SED PER TDRR 1949 5 ‘ 0>, ^5 "
gEVlSED PER, -rpaa. zoiA 3 l<} ^ '
REVISED PER TpRR 2i275 | ? s/'
REVISED PER TDRR 22966 '
i REVISED PER TDRR 235 22
~ REVISED PER TORS’ Z3888^ s -
[REVISED PER TDRR 26397 | z4 d eB [
WIRE, ELECTRICAL -NICKEL
SCHEMATIC _
JjNSUL ATI ON. TAPE-TYPE MFT 2.5
? &r s m '
1010753
tran^ormer
1010752
transformer
1010759
transformer
101 0357-1
TRANSISTOR
1010342
TRANSISTOR
1010269-2
TRANSISTOR
1010367
CHOPPER
(010397—1
TRANSISTOR
1010265-10
DICOE
,moKQ 2 _ |
nmnE
1010372-11
DIODE
1010830-11
DIODE
'ccoso-g
Cl^DE
ICI0277-6
INOUCTOR
1010359-5
CAPACITOR
1010279-219
CAPACITOR
1010279-216
CAPACITOR
1 C 1027*9 -no
CAPACITOR
1006755-55
Capacitor
1006755-79
capacitor
1006755-69
CAPACITOR
1006755-10
CAPACITOR
1006755-21
CAPACITOR
1006755-15
CAPACITOR
1006755-13
capacitor
1006755-2
CAPACITOR
1010264-37
CAPACITOR
1010264-21
CAPACITOR
1010264-18
CAPACITOR
1006750-78
RESISTOR
I9IC2C4-!
CAPACITOR
1010264-13
CAPACITOR
10 0 6788 - 22
RESISTOR
1010364-619
RESISTOR
1010369-138
RESISTOR
1006750-70
RESISTOR
IGIC364 -727
RESISTOR
RESISTOR _
RESISTOR _
RESIST 0R__
RESISTOR _
RESISTOR _
RESISTOR _
RESIS TOR_
RESISTOR _
RES ISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
~RES:ST0R _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RE6ISTQR _
_RfSlSTOR_
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
INSULATION SLEEVING _
INSULATION SLEEVING _
WIRE.ELEC. . OK) X.0 20_
NUT,HEX
WASHER.FLAT _
WASHER,INSULATOR _
BUSHING,INSULATOR _
SCREW,FILLISTER HEAD _
SCREW,CAP SLOTTED HEAP _
SPACER _
SPACER.NYLON _
WIRING BOARD.BOTTOM _
WIRING BOARD,TQP _
6 ASKET,CONNECTOR MINIATURE
CONTACT, WRAP05T-MALE,MIN
INSULATOR,WRAP05T-MALE.MIN
FRAME_
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
MOTOR DRIVE
AMPLIFIER ASSEMBLY
: 80230 J 1007581
jsCALC 5 /t WT - 1
I
2
[sheet \ OF
IC0758I
.000
.005 “
SEE NOTE 5
ENCAPSULATION .000_J
L»MLT .015
SEE NOTE 5
T3 PIN NO. 2 ONLY
fc \i
' if !
1 ii 1
ii i ii
1 1
|
i» ii
'll
i|;
|! 1 1! CIS
i"
!
i! 1 II REF
II
ii <1
II ill
mil
U!
Ml
ii H
Hu
“I Li
t
M i H
ii * ii
u
-PERMISSIBLE LIMITS
OF ENCAPSULATION
THIS SISE SNwY
SEE NOTE 5
SECTION A-A
PARTIAL VIEW B~B
ROTATED CCW 90°
NOTES
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-0-70327
2. ASSEMBLE FINO NUMBERS 2 ANO 3 PER NO 002136
3. UNLESS C T HERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE WMH NDI002069
ENCAPSULATE MODULE PER NO 1002002,BLACK POLYURETHANE FOAM.REMOVE ALL FLASH IN6
INDICATED AREAS TO BE FREE OF ENCAPSULATION
MARK .060/100 HI6H WHITE CHARACTERS PER NO 1002019. CENTRALIZE AS SHOWN
MARK .l00/.'40 HIGH WHITE CHARACTERS PER NO 1002019 AND SERIALIZE PER NO 1002023.
CENTRALIZE AS SHOWN
+ INDICATES POSITIVE SIDE OF CAPACITOR
TYPICAL SLEEVIN6 FOR COMPONENTS .150 OIA OR LESS
AR DENOTES AS REQUIRED
. FT DENOTES FEEDTHRU
, K IND CATES CATHODE SIDE OF DIODE
. SOLDER QIO AND Q11 CONNECTIONS PER NO I0C207I
. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRIN6
. BLACK DOT AND CROSSHATCHED WIRING INDICATES UPPER LEVEL WIRIN6
. MOUNTING TORQUE FOR FIND NO. 96 TO BE 12/14 INCH POUNDS
. APPLY SEALING COMPOUND PER MIL-S-22473,6PADE A TO FINO NO. 14
. BONO -!,T2 ”3 T 4 R32,0ife,CI7,Q6, Q7,Q8,Q9,Ql3,QI4 ANO LI TO FIND NO. 5 PER ND 1002004 TYPE I
. BOND Cl9,Ql,Q2,Q3,Q4,Q5,QI2 ANO QI5 TO FIND NO. 6 PER NDI002004 TYPE I
, typical p 0R FT8,FT9 ,FT5 AND FT6 THRU FINO NO 5
. TYPICAL FJP FTI3, FTll,FT24,FT5,F,T6 AND FT8, THRU FIND NO 6
. BOND FIND NO.32 TO FINO NO. 03 PER MIL-1-15126 COND. C-2/23/50 BEFORE ASSEMBLING
TO NOS 5 ANO 6
.030 _J
.000
SEE NOTE 22 4 21
C OMP E^ED AS5FMBLY S*iALL BE TESTEO IN ACCORDANCE WITH
ANO SHALL MEET ALL OF THE REQUIREMENTS OF PS 1007581
CLEAN MODULE WHEEE. POSSIBLE DEGREASING WITH PRION AND ISO-PttJRVL ALCOHOL PRIOR TO ENCAPSULATION.
Ej'EPT FOR MODch-E MOuNT t lsiG» 5uR7A.CE, PAINT SURFACES PER ND .002219 USING. 1010992 PR.MER
1008809-4 PAUW7. CONNECTOR PIN BLADES AND INSULATORS TO BE FREE OF PAINT-
J080 ,Tr
PARTIAL VIEW OC
ROTATEO CCW 90°
27. MOISTUREPROOF PER ND 1002292 AS REQUIRED BY FIND NO.(95) USING
INSULATION TAPE IN ACCORDANCE WITH SCD I0088GG AND POLYURETHANE
COATING PER SCD 1008867 AFTER PAINTING AND STENCILLING .
11007561 I?!
MARKING VIEWS
SCALE I/I
D
APPLICATION
1007581
3
2
12
I
II
SECTION A-A
PARTIAL VIEW B~B
ROTATED CCW 90°
►
f
i
I. INTERPRCT 0NAWIN6 IN ACCORDANCE WITH STANDARDS PRESCRIBED BT Mll-0-70327
4 1 °sh"u BE IN ACCORDANCE WITH NDI0020S9
INDICATED AREAS TO BE FREE OF ENCAPSULATION
7 MARK 060/100 HI6H WHITE CHARACTERS PER NO 1002019. CENTRALIZE AS SHOWN
l WHITE CHARACTERS PER NO ,0020,9 AND SERIALIZE PER NO ,002023.
centralize as shown
§. + indicates positive side of capacitor
to. TYPICAL SLEEVIN6 FOR COMPONENTS .150 0»A OR LESS
II. AR DENOTES AS REQUIRED
,2. TT DENOTES FEEDTHRU
,3. K INDICATES CATHOOE SIDE OF 0,0De • -
* ,4. SOLDER QIO AND Qll CONNECTIONS PER NO 100207,
,5 WHITE DOT AND CLEAR WIRIN6 INOlCATES LOWER LEVEL W,RIN«
,6 BLACK DOT AND CROSSHATCHED WIRING INDICATES UPPER LEVEL WIRING
I?! mount.nJto^e for find no. 86 to be ■2/«4 ,nch pounds
•a adoi v cf Ai IMA rOMPGUNO PER MIL-S-22473*6RADE A TO FINO NO, 14
J E5 T f Tt TS.T«TB.W<>6.^.Q8,«9,D,3,«;4 AND L, TO FIND NO.S PEP NO 100200* TYPE I
20. BOND CI9,QlsQ2,Q3,Q4,Q5,QI2 ANO Q«3 TO FINO Na 6 PER N0I002004 TYPE I
21. TYPICAL SLEEVIN6 FOR FT8,FTII,FT5 ANO FT6
99 TYPICAL SLEEVIN6 FOR FTI3, FTII,FT24,FT5,F/T6 ANO FT8
2i BOND FINO NO. 92 TO F,NO NO. 83 PER MIL-I-15126 CONO. C-2/23/50 BEFORE ASSEMBLING
T0N0%.5ANO6
12
APOLLO GAN Specification
PS1007581
3. REQUIREMENT*
S« 1 GENERAL SP EC1FICA TJON. Unless otherwise specified herein, all of the requirements
of Spe cific a ti on ND»1002210 shall apply as requirements of this specification*
3.2 DESCRIPTION. The assembly shall be used in the PSA to drive the CDU, Sextant and
Scanning Telescope motors*
3.3 FUNCTIONAL REQUIREMENTS
3.3.1 Electrical Inputs* The assembly shall perform as specified herein under the functional
setup specified by Figure 1 and as follows:.
a* DC Supply Voltage: % to 31 vdo Nominal 28.0*0.3 vdo), 1 mv rms max noise
b* Reference Voltage: 28.0e0.5V rms, 800*3 ops
o* Input Signals: (Phase looked with respect to reference signal)
(1) 800*2 ops, variable voltage, both inphase (0.0* *1* 0*) and out of phase
(180.0* *1,0*) with respect to the reference voltage*
(3) 800*3 ops sep pw u uU vim , modulated from 0* 18 to 10 ops, variable voltage.
(3) 800*3 ops, 0 to 100 mv rms, both A v/2 phase (tOO.f* *0.5*) and - v/2 phase
(-90.0* *0.5*) with respect to the reference voltage.
3* 3* 2 In su l a t i o n Resistance* The resistance between the electrical interconnection of all
assembly pins and the assembly mounting screws shall be equal to or greater than 100 megohms*
3*8.3 Qirrent Dram* With nominal do supply voltage and the 800 ops reference voltage
applied, the current drawn from the power supply shall be as follows:
a* With all amplifier inputs shorted te input lo, die do current drain be a
maximum of TA ma*
b* With an 800 ops signal applied to any one of the amplifier inputs, while the other
inputs are connected to input lo, and with the input adjusted to provide 30V rms at
the output of the assembly, the current drain be a maximum of 340 ma*
3*3.4 Amplifier Noise* With nominal do supply and reference voltages applied, and all
amplifier inputs shorted to input bo, the output noise shall not exceed 0.25V rms (0* or v phase)
for the 800 ops component and IV rms total*
**•$ v-w *
■ ir4
* ■;^v^
>f nr.** *v-i
!!"'
\ rttni. J» *>■ • <£ '
- ii*r*5M_i_ jl _jii- .•» i5?H :* *
APOLLO GIN Specification
PS1007581
if Hii.'** ^rM'^ , <«
1 r < -4 ‘! r ;
V ‘
^t, £ --■•
., *■ _ - *
'i' ,** . " ?4 • e ^ 5
3 . 8 . 5 Amplifier Gain. With nominal dc supply and reference voltages applied, with an
800 cps signal ^>lied to pins 5, 6 and 7 taken one at a time, while all other inputs are
connected to input lo, and when the input amplitude is adjusted to provide an 800 cps
component output of 10V mil. the amplifier 0 and w phase gain shall be 1655 V/V ±20
percent. With an 800 cps signal applied to pin », while all other Inputs are connected to
input t*, and when the input amplitude is adjusted to provide an 800 ops component output ^
of 10V rms, the amplifier 0 and w phase gain shall be 1365 V/V ±10 percent. *
3 . 3 . i. Amplifier Gain Linearity. With nominal dc supply and reference voltages applied,
with an 800 cps 0* phase input signal applied to pin 5 while pins 6 , 7, and 0 are connected
to input lo, and when the input is adjusted to provide 800 cps component outputs of 3V rms
and 30V rms, the 0* phase gain at each output voltage shall be within ±10 percent of the
800 ops component 0* phase gain in 3.3.5.
3.3.7 Amplifier Phase Shift. With nominal dc supply voltage and the reference voltage
applied, with an 800 cps input signal applied to pin 5 while pins 6 , 7 and 9 are connected
to lo, and when the input amplitude is adjusted to provide an output of 5V rms from
i w it pul M (pin 24) to dc supply common, the phase shift from input to output shall be 180*
±19* with respect to tbs input for both 0 and w phase input signals.
3 . f. 3 Motor T»™i"g Capacltor T The capacitance between pins 20 and 24 shall be 1 pfd
±10 percent.
3 . 3.3 Monitor Resistor. The resistance between pins 24 and 25 shall be 4700 ohms ±5 percent.
3 . 3 . io Amplifier Minimum Output . With a 25.0±0.3 vdc supply voltage and the reference
voltage applied, a 10V rms input signal applied to pin 5, the output of the amplifier shall
be a of 32V rms when:
a. The input signal is 0* phase.
b. The input signal is w phase.
3 . 3 . li Amplifier Frequency Response. With nominal dc supply and reference voltages
applied, with an 800 cps suppressed carrier input signal applied to pin 5 and adjusted in
am pli t ud e at various modulation frequencies to provide an output of 10V pp, and with pinS 6»>
7 and 9 connected to input lo, the frequency response of the amplifier shall be as specified
in Table 1. When an unbalance occurs at the output, the output determination shall be an
average value.
TABLE I
FREQUENCY RESPONSE
Frequency Gain Attenuation Pins 11 and 12 Phase Shift*
/nn«\ fdbl (degrees)_
Modulation Frequency
(cps)
Gain Attenuation
(db)
Pins 11 and 12
0.1 (Reference)
0
connected
0.8
3.0±1.0
connected
20.0
_»
connected
15.0
3.0 max
disconnected
>t J
F£i' ,• ; i*. i' <
♦With respect to the modulation frequency.
-• 4 ss*# .***>;. sv ■. z^TW'«im&;r ^4 *M®y % -^JP « «?•* -^..'4'??^
ifcgigai3B*^.i^^ : »^^.. .. ~ v - 1 -’
APOLLO GMN Specification
PS1007581
3 . s. 12 Amplifier Quadrature Rejection* With nominal do supply and reference voltages
applied, and a 118 mv rms, 800 ops quadrature tt pot l stgaal appHafrtOTiltt 5 iwtthpliiir ffrr
ffand? cOttaecteriioiiipat^ (Q* ary p has e) nmnponft ftf tbsToetputehall be
jksawtban IftVmpeiadMii be iwua thaui iW r* » wlmm
tu The 188 mv input quadrature signal is leading by 90,0* *0. 5* with respect to
the reference voltage*
b* The 138 mv input quadrature signal is lagging by 90.0* *0.5* with respect to
the reference voltage*
S. 8 . IS Feedback Compensation Noise. With nominal do aipply voltage and the reference
voltage applied, and the inputs to the feedback compensation shorted to signal lo, die
output noise «H«ll apt exceed 1 mv of the 0 * phase or * phase, 800 ops component, nor
shall it exceed 10 mv total*
3.8.14 Feedb ack Compensation Gain* With nominal dc supply voltage and the reference
voltage applied, an 800 ops suppressed carrier signal with 10 ops modulation applied to the
feedback compensation inputs as specified in Table n, and adjusted in amplitude to provide
an output of 3V 19 , die gain shall be as specified in Table IL
TABLEH
GAIN
3*3.15 Feedback Compensation Gain Linearity. With nominal do supply voltage and the
reference voltage applied, and an 800 ops suppreesed carrier signal with 10 ops modulation
appUed to pins 1 (hi) and 13 (lo), and adjusted in amplitude to provide outputs of 0.4V pp
•iwi 8V pp, the gain at eaoh output voltage shall be within *10 peroent of the gain measured
in 3*3*14*
3.3.16 Feedback Compensation Phase Shift. With nominal do supply voltage and the
reference voltage applied, and an 800 ops suppressed carrier signal with 10 ops mockilatiou
applied to pins 1 (hi) and 13 (lo), and adjusted in amplitude to provide an output of 3V pp,
the phase shift of the side-band frequencies shall be 15* ma ximum .
8.3.17 Feedback Compensation Frequency Response, With nominal do supply voltage and
the reference voltage applied, and an 800 ops suppressed carrier signal applied to pins
1 (hi) and 13 (lo), and adjusted in amplitude at various modulation frequencies to provide
an output of 3 V pp, the frequency response shall be as specified in Table III.
8
6
5
i
3
■ -.'i
notes:
INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED
BY MIL-D-70327
2. WELD PER NDI002005
3. CRIMPED CONNECTION SHALL MEET REQUIREMENTS OF ND1002206
4» STAKE FIND N0.2 AND FIND NO. 3 TO FIND NO.I AND FILL CAVITIES PER ND 1002009 METHOD C
5. AR DENOTES AS REQUIRED _ ~
6. ENCAPSULATE MODULE PER ND 1002036 CURING CYCLE A
7. MARK I00/.060 HIGH WHITE CHARACTERS PER ND 1002019 AND SERIALIZE
PER ND 1002023. CENTRALIZE AS SHOWN
"8. MARK FIND NO. 5 AS INDICATED PER ND 1002019
9. UNLESS OTHERWISE SPECIFIED. WIRING SHALL MEET THE REQUIRE¬
MENTS OF ND1002069
SEE NOTE 7
MARKING VIEWS
8
6
5
notes:
|. INTERPRET DRAWIN6 IN ACCORDANCE WITH STANDARDS PRESCRIBED
BY MIL-D-70327
2. WELD PER NDI002005
3. CRIMPED CONNECTION SHALL MEET REQUIREMENTS OF ND1002206
4. STAKE FIND NO.2 AND FIND NO. 3 TO FIND NO.I AND FILL CAVITIES PER ND 1002009 METHOO C
5. AR DENOTES AS REQUIRED „ .
6. ENCAPSULATE MODULE PER ND 1002036 CURING CYCLE A
7. MARK.I00/.060 HIGH WHITE CHARACTERS PER ND 1002019 AND SERIALIZE
PER ND 1002023. CENTRALIZE AS SHOWN
*9. MARK FIND NO. 5 AS INDICATED PER NDI0020I9
9. UNLESS OTHERWISE SPECIFIED. WIRING SHALL MEET THE REQUIRE¬
MENTS OF ND1002069
SEE NOTE 7
MARKING VIEWS
3
2
/
BUFFER RESISTORS
1007582-[ J
REVC.T
SERIAL NaHH'
SEE NOTE 7
-APPLICABLE DASH NO.
1007530
NEXT ASSY
USED ON
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
TOLERANCES ON
FRACTIONS DECIMALS ANGLES
*- XX±.02 *
XXX ±.005
DO NOT SCALE THIS DRAWING
MATERIAL
I HEAT TREATMENT
AR
QTY
REQD
OH
1009537
1010639-2
1010738-6
1010364 - 309
1010364-443
1008137
PART OR
IDENTIFYING NO.
DESCRIPTION
| DAI
DATE | APPROVAC
SCHEMATIC
REF
WIPE, ELECTRICAL
CONTACT, ELECTRICAL
RESISTOR
RESISTOR
HOUSING MODULE
NOMENCLATURE OR
DESCRIPTION
LIST OF MATERIALS
INSTRUMENTATION LAS
NASA APPROVAL
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
BUFFER RESISTORS
MODULE ASSEMBLY
TRAY 10
[scale 5/1
NASA DRAWING NO.
1007582
|SHEET | Of j
0ttt-
fill
ton
I# *1
m
t
""i r ’
APPLICATION
MIT APPROVE
78^ 75
di£>
70 65 60 » »
HO -KB-60
4(P-35 SO 25 2D «& 10
•* ~A:
SECTION A-A
SCALE 5/1
i
notes:
1. interpret drawing in accordance with
STANDARDS PRESCRIBED BY MIL-0-70327
2. ASSEMBLE FIND NO. 2 AND 3 TO FIND NO. I PER NO 1002136
AND INSTALLATION DIMENSION SHOWN
624 IQIQ792-2
624 1010383-1
I 1008502.
TERMINAL, SINGLE ENDED WRAPOST 3
INSULATOR ,WRAPOST, MALE _2_
PLATE, CONNECTOR_ I
I UNLESS OTHERWISE SPECIFIED
4 DIMENSIONS ARE IN INCHES
I TOLERANCES ON
PART OR
IDENTIFYING NO.
M I T
INSTRUMENTATION LAS
NOMENCLATURE OR
DESCRIPTION
MANNED SPACECRAFT CENTER
FRACTIONS DECIMALS ANGLES qpann ^^.^ky ^DATE l7 AUW PLATE ASSY
-I do not scale this drawing approval- 624 PINS
| MATERIAL APPROVAL &J- A7 /ut 't/jjJtJL- PSA END CONNECTOR
USED ON I FINAL FINISH
TCODE IDENT NO.I SIZE
I SCALE | /| | WT
1007583
6
5
3
2
1
60 55 50 45 4< ^ 55 50 25 . 20 15 10 */ ©®K
X ©G
-S ©r
©o
®c
©B
©©A
fcO .55 50 45 40^ ^ 35 30 25 20 15 U10 » B 7 6 5 4 3 2 Q I
TePtfTfc 7574737271 7
C_ ro p 0 1 a
D io p olio p ajIB BB a
F jfc 6 p| to~5~al B
s a :
K Elollgl el
7^776 75747372 7I7069 M67
tt 60 59 585756 S3 ^*048 47 42 39 *
* m B fl OR
3756 » 50
§ 42 5} 36 32 / 27262524 » 12 II K>9 8 7 6 5 4 3^
SEE NOTE 6
t .250 J
MIN
SEE NOTE 4
.123 ref-H r-
—►1.190 MAX
SECTION A-A
SCALE 5/1
NOTES*.
i. interpret drawing in accordance with
STANDARDS PRESCRIBED BY MIL- D -70327
2 ASSEMBLE FIND NOS. 2,3 AND 4 TO F1N0 NO. I PER ND 1002136
# AND INSTALLATION DIMENSION SHOWN.
3. WIRE WRAP PER NDI00Z03I.
4. WELD PER NDI0Q2225.
ASSEMBLE AND TEST PER ATP 1015086.
6. ALL WHOLE WIRE WRAPS MUST BE MADE SO THAT
ANOTHER WIRE WRAP CAN BE ADDED AT A LATER ASSY
WITHOUT TRESPASSING IN .250 RESTRICTED ZO^E.
7. IDENTIFY PER ND10020I9.
A REVISED PER TDRR 1460 2
B REVISED PER TDRR 16212
7J 4. REQ'D
27 » 25 312322 21 » «7 12 II 10 9 8 7 6 5 4 3 2 J f
S IB u na alia □ P a A
!□ b s i □ p BUI y q ° ° 1 B
a □ _ rrrn c
o a a tea giB~ol D
an /a a 4_ tnE3l]~T
ft a ►A
5 )I8 REQ D
6)15 REQ O
SEE NOTE 3 1
|7
1 1021792 _
7 1021799-007
I 1021799-005
4 1021799-003
15 1021799-002
16 1021799-001
159 1023008 _
465 1010792—2 _
624 1010383—1 _
I 1008582. __
QTY PART OR
REOO IDENTIFYING NO.
I UNLESS OTHERWISE SPECIFIED ^
- DIMENSIONS ARE IN INCHES
TOLERANCES ON — -
FRACTIONS DECIMALS ANGLES DRAWN
* “ ± CHECK!
- DO NOT SCALE THIS DRAWING APPRO*
MATERIAL ~ APPROV
M I T
INSTRUMENTATION LAB
1007599
_ WIRE LIST AA _L°
_ BUS BAR _
_ BUS BAR _ Q
BUS BAR l
_ BUS BAR _ 6
_ BUS BAR _5
_ TERMINAL, WRAPOST _4
TERMINAL,SINGLE ENDED WRAPOST 3
INSULATOR, WRAPOST, MALE 2
_ PLATE,CONNECTOR ~ I
NOMENCLATURE OR FIN
DESCRIPTION NC
LIST OF MATERIALS
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS_
CONNECTOR PLATE ASSY
624 PINS
PSA END CONNECTOR
* CODE IOENT NO. I SIZE I NASA DRAWING NO
NASA DRAWING NO
1007583
|SCALE \/\ |WT
8
6
5
1007583 B
notes:
I. INTERPRET DRAWIN6 IN ACCORDANCE WITH
STANDARDS PRESCRIBED BY MIL-D -70327
2 ASSEMBLE FIND NO. 2 AND 3 TO FIND NO. I PER ND1002136
# AND INSTALLATION DIMENSION SHOWN
SECTION i
SCALE 5/1
624 IQIQ792—I
624 I0I0383H
I 1008582.
TERMINALySINGLE ENDED WRAPOST 3
INSULATOR .WRAPOST, MALE 2
PLATE,CONNECTOR I
PART OR
IDENTIFYING NO.
NOMENCLATURE OR
DESCRIPTION
NEXT ASSY | USED ON
APPLICATION
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES '"cL.
TOLERANCES ON —■ »•
FRACTIONS DECIMALS ANGLES qbawk
*— *- CHECKED^
DO NOT SCALE THIS DRAWING APPROVAL_
“A™* _ APPROVAL jQ.
~ HEAT TREAT MENT NASA APPROVi
' _ >
FINAL FINISH
M I T
INSTRUMENTATION LAS
_ LIST Of MATERIALS
>NLA . MANNED SPACECRAFT CENTER
“ HOUSTON. TEXAS_
CONNECTOR PLATE ASSY
624 PINS
RSA END CONNECTOR
1C00E IOENT NO. SIZE
1007533
/
I
SECTION A-A
SCALE 4:1
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. ASSEMBLE FIND NO.2 TO FIND NO.3 PER NO 1002136
3. MARK WHITE CHARACTERS PER ND1002019. CENTRALIZE AS SHOWN
4. ENCAPSULATE WIRING SIDE PER ND1002002 (BLACK POLYURETHANE FOAM)
REMOVE ALL FLASHING.
5. CONNECTOR PINS,CONNECTOR, AND AREA ABOUT CONNECTOR
IN THIS VIEW, TO BE FREE OF ENCAPSULATING MATERIAL.
EVIDENCE OF ENCAPSULATING MATERIAL SEEPAGE NOT
PERMISSIBLE
6. ALL WIRES TERMINATING AT WRAPOST CONTACTS TO BE
WELDED PER ND 1002005. ALL WIRES TERMINATING AT
CONNECTOR (FIND N0.5) TO BE CRIMPED IN FINO N0.9 PER N0IOO22O6
AND INSERTED IN FIND NO.5
7. AR DENOTES AS REQUIRED
a WIRE PER WIRING CHART
9. TEMPORARY HOLO DOWN OF WIRING PERMISSIBLE PRIOR TO ENCAPSULATION
10. UNLESS OTHERWISE SPECIFIED ALL WIRIN6 SHALL BE IN ACCORDANCE WITH N0I0O2069
5
REVISIONS
stm worn
DfBCWPnON
DU
CNN
OATS
AAANOMO
A
REVISEO PER TDRR 15165
RBO
0
k
SCALE III
APOLLO GW Specification
P SI007584A .
Original Issue Date: H
Release Authority: TDRR
Class y£| Release
PROCUREMENT SPECIFICATION
FOR
HEADER ASSEMBLY, TRACKERS X AND Y
Record of Revisions
Date
Revision
Letter
TDRR
No.
Pages
Revised
Approvals 1
MIT
NASA
3/18/05
A
17542
3 and 4
MGM
TM
This specification consists of page 1 to 5 inclusive.
IHtvIbtD PER TDRR 15165
IREV/SCD PER t D RR f 6623 34ft
i'5o h 'GH tvp
SEE NOTE 3
3 JSEE NOTE 2
4 PLACES
SECTION A-A
140
I33HIGH TYP-
SEE NOTE 3
45AI2JI
i 00
080 h,Gh tvP ~
SEE NOTE 3
13 9
45AI2J2
45AI2J3
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL- D-70327
2. ASSEMBLE FINO N0.2 TO FIND N0.3 PER NO 1002136
3. MARK WHITE CHARACTERS PER ND1002019. CENTRALIZE AS SHOWN
4. ENCAPSULATE WIRING SIDE PER NDI002002 (BLACK POLYURETHANE FOAM)
REMOVE ALL FLASHING.
5. CONNECTOR PINS, CONNECTOR, AND AREA ABOUT CONNECTOR
IN THIS VIEW, TO BE FREE OF ENCAPSULATING MATERIAL
EVIOENCE OF ENCAPSULATING MATERIAL SEEPAGE NOT
PERMISSIBLE
6. ALL WIRES TERMINATING AT WRAPOST CONTACTS TO BE
WELDED PER ND 1002005. ALL WIRES TERMINATING AT
CONNECTOR (FIND NO5) TO BE CRIMPED IN FIND N09 PER NDI002206
AND INSERTED IN FIND NO. 5
7 AR DENOTES AS REQUIRED
8 WIRE PER WIRING CHART
9 TEMPORARY HOLD DOWN OF WIRING PERMISSIBLE PRIOR TO ENCAPSULATION
10. UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE WITH NDI002069
II COMPl*TFQ WEMBLY SHALL BE TESTED IN ACCORDANCE WITH
AND SHALL MEET ALL OF THE REQUIREMENTS OF PS 1007584
1010738-5
1010848-2
MS2I045-C04
MSI69 9 S-I I
I0I08S9 -I
1010620-1
1006 774
1006781-2
1007569
CONTACT. CRIMP TYPE NO 22 (PIN)
WIRE_
NUT .SELF-LOCKING . HEX
SCREW , CAP, SOCKET HEAD
CONNECTOR - RECEPTACLE, ELEC ~
PIN. GUIDE _
INSULATOR. WRAPOST-FEMALE. MIN
CONTACT. WRAPQST-FEMALE. MIN
HEADER_._'
UNLESS OTHERWISE SPECIFIED M | f
DIMENSIONS ARE IN INCHES INSTRUMENTATION LAS
CAPACITOR VALUES ARE IN ,1 c«>»»iOGt WH
RESISTOR VALUES ARE IN OHMS -j-
TOLERANCES ON DRAWN X ' '' ** ■ * _
FRACTIONS DECIMALS AMBLES CHECKED WorSt*
MANNED SPACECRAFT CENTER
HEADER ASSEMBLY
TRACKERS X $ Y
- E 1007584
HWPfWiW
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
HEADER ASSEMBLY
TRACKERS X £Y
5
3
I
REVISED PER TORR 15165 * ~ ^
" R£ ' /,S£D PER ~& RR I&&23 ;
""REVISED PER TDRR life's E~ :
3 JSEE NOTE 2
SECTION A A
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY Ml L-D-70327
2. ASSEMBLE FIND N0.2 TO FIND N0.3 PER NO 1002136
3 . MARK WHITE CHARACTERS PER ND1002019. CENTRALIZE AS SHOWN
4. ENCAPSULATE WIRING SIDE PER NOI002002 (BLACK POLYURETHANE FOAM)
REMOVE ALL FLASHING.
5. CONNECTOR PINS , CONNECTOR, AND AREA ABOUT CONNECTOR
IN THIS VIEW, TO BE FREE OF ENCAPSULATING MATERIAL.
EVIDENCE OF ENCAPSULATING MATERIAL SEEPAGE NOT
PERMISSIBLE
6 ALL WIRES TERMINATING AT WRAPOST CONTACTS TO BE
WELDED PER ND 1002005. ALL WIRES TERMINATING AT
CONNECTOR (FIND N0.5) TO BE CRIMPED IN FiNO N09 PER NDI002206
AND INSERTED IN FinO NO 5
7. AR DENOTES AS REQUIRED
8 WIRE PER WIRING CHART
9 TEMPORARY HOLD DOWN OF WIRING PERMISSIBLE PRIOR TO ENCAPSULATION
10 UNLESS OTHERWISE SPECIFIED ALL W RING SHALL BE IN ACCORDANCE WITH nD'002069
-Ova t'e.2 ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH AND SHALL MEET ALL
OF --’E PEauiREMENTS OF PS 1007584.
iZ MOUSING, TORQUE FOR FINO NO. II TO FIND NO. I TO BE 5.0 TO S.5 IN. LBS.
MSIS795-804
MSifc^S-9
MSZS03<b-44
1010738-5
1010848-2
MS2I04S-C04
MS 16995 -I I
1010859 -I
10 10620-1
1006 774
1006781-2
1007569
WASHER-FLAT _
SCREW, CAP SOCKET HEAD _
LUG _
CONTACT. CRIMP TYPE NO 22 (PIN )
WIRE __ _
NUT .SELF-LOCKING , HEX _
SCREW . CAP. SOCKET HEAD
CONNECTOR- RECEPTACLE, ELEC
PIN , GUIQE __
INSULATOR.WRA POST-FEMALE. M<
CONTACT. WRAPOST-FEMALE. M
HEADER__
sl
UNLESS OTHERWISE SPECIFIED M I T
DIMENSIONS ARE IN INCHES INSTRUMENTATION
CAPACITOR VALUES ARE IN ,» c*t»«iooc «•***
RESISTOR VALUES ARE IN OHMS , , -
TOLERANCES ON DRAWN 'T , ..
FRACTIONS DECIMALS ANGLES CHECKED
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
HEADER ASSEMBLY
TRACKERS X £ Y
1007584
REVISED PEW TORR 15165
~ k£i /rs£D PER tdRR I6Z23 o»* j
REVISED PER TDRR IfcfcTB
"ffeviSEP IteTDER I990to txTP
,0O H,GM tvp
SEE NOTE 3
SEE NOTE 2
3 JSEE NOTE 2
SECTION A-A
scale 4:1 -
000 HIGH tvp
SEE NOTE 3
13_ 9
45AI2J2
45AI2J3
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MILO-70327
2. ASSEMBLE FIND N0.2 TO FIND NO.3 PER NO 1002136
3. MARK WHITE CHARACTERS PER ND1002019. CENTRALIZE AS SHOWN
4. ENCAPSULATE WIRING SlOC PER NDI002002 (BLACK POLYURETHANE FOAM)
REMOVE ALL FLASHING.
5. CONNECTOR PINS, CONNECTOR, ANO AREA ABOUT CONNECTOR
IN THIS VIEW, TO BE FREE OF ENCAPSULATING MATERIAL
EVIDENCE OF ENCAPSULATING MATERIAL SEEPAGE NOT
PERMISSIBLE
6. ALL WIRES TERMINATING AT WRAPOST CONTACTS TO BE
WELDED PER NO 1002005. ALL WIRES TERMINATING AT
CONNECTOR (FIND NO.S) TO BE CRIMPED IN FIND N0.9 PER NOI002206
AND INSERTED IN FIND NO. 5
7. AR DENOTES AS REQUIRED
ft WIRE PER WIRING CHART
9 TEMPORARY HOLO DOWN OF WIRING PERMISSIBLE PRIOR TO ENCAPSULATION
10. UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE WITH NDI0020G9
11. COMPLETED ASSEMBLY SMALL BE TESTED IN ACCORDANCE WITH AND SMALL MEET ALL
OF ’’’HE REQUIREMENTS OF PS 1007584.
It. MOUNTING TORQUE FOR FlNO NO. 11 TO FIND NO. I TO BE S.O TO S.5 IN. LBS.
MSIS795-804
MSlfcWS-S
MSZS03Q-44
IOIQ738-S
1010046-2
MS2I04S-C04
MS 16995 -I I
1010859 -l
1010620-1
1006 7 74
1006 781-2
1007569
UNLESS OTHERWISE SPECIFIED M |
DIMENSIONS ARE IN INCHES INSTRUMENTATION LAN
CAPACITOR VALUES ARE M pt CAMM.OOI
RESISTOR VALUES ARE M OHMS ”
TOLERANCES ON ORAWN /T ^
FRACTIONS DECIMALS ANGLES CHECKED ^Vf-*?**
washer-flat
SCREW,CAP SOCKET HEAD _'
LUG
CONTACT. CRIMP TYPC NO 22 (PIN)
WIRE _
NUT .SELF- LOCKING .HEX _]
SCREW . CAP. SOCKET HEAD _
CONNECTOR-RECEPTACLE. ELEC
PIN. GUIDE __'
INSULATQR.WRAPQST-FEMALE.MIN~
CONTACT. WRAPQST-FEMALE. MIN
HEADER_ '
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
HEADER ASSEMBLY
TRACKERS X $ Y
1007584
3
3
REVISED PER TORR >5165
' REVISED PER TDRR 16623 P*» l
' REVISED PER TORP I6Q78 Er 2
' i&visep “tot TpeK \seoto
' REVISED PEKTVKRZCIZ7 X'*\J*C\
3 JSEE NOTE 2
SECTION A-A
080 h*gh typ
SEE NOTE 3
NOTES:
1. INTERPRET drawing IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. ASSEMBLE FIND N0.2 TO FIND N0.3 PER NO 1002136
3. MARK WHITE CHARACTERS PER ND1002019. CENTRALIZE AS SHOWN
4. ENCAPSULATE WIRING SlOE PEP NDI002002 (BLACK POLYURETHANE FOAM)
REMOVE ALL FLASHING.
5. CONNECTOR PINS, CONNECTOR, ANO AREA ABOUT CONNECTOR
IN THIS VIEW, TO BE FREE OF ENCAPSULATING MATERIAL.
EVIOENCE OF ENCAPSULATING MATERIAL SEEPAGE NOT
PERMISSIBLE
G. ALL WIRES TERMINATING AT WRAPOST CONTACTS TO BE
WELDED PER ND 1002005. ALL WIRES TERMINATING AT
CONNECTOR (FIND N0.5) TO BE CRIMPEO IN FINO N0.9 PEP N0I002206
AND INSERTED IN FINO NO. 5
7. AR DENOTES AS REQUIRED
a WIPE PER WIRING CHART
9 TEMPORARY HOLD DOWN OF WIPING PERMISSIBLE PRIOR TO ENCAPSULATION
10 UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE WITH NDI0020G9
1 1. COMPLETED assembly shall be tested IN accordance with and shall meet au.
OF THE REQUIREMENTS OF PS 10075 84.
It. MOUNTING TORQUE FOR FINO NO.II TO FIND Nat TO BE 5.0 TO S.S IN. LBS.
MSIS795-804
MSI6905-9
MS2S03<b-44
1010738-5
1010848-2
MS2I04S-C04
MS 16995-I I
1010859 -I
1010620-1
1006 774
1006781-2
1007569
UNUSS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES INSTRl
CAPACITOR VALUES ARE IN c *
RESISTOR VALUES ARE IN OHMS
TOLERANCES ON DRAWN /C.
FRACTIONS DECIMALS ANGLES CHECKED 4
WASHEC = AT_
SCREu SOCKET HEAD _
LUG___
CONTACT. CRIMP TYPE NO.22(PIN)
WIRE _
NUT, 5 ILF-IOC KING .HEX _
SC RE .CAP. SOCKET HEAD
CONN CTOR-RECEPTACLE. r .LEC
pin/ jioe _
INSU i .ATOR.WRAPOST-FEMALE.MIN
CON I ACT, WRAPQST-FEMALE- MIN
HEAJER_
UST OF m aterial --
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
header assembly
TRACKERS X $ Y
1007584
2
l kfJKJIP--E1 EkfJ VJkgJ
EfcfJHJ»fel EMJjJfcglg
grnBTST^LVTjr^-o^
E l*fVJ IP -YJ E kf.l kJHB ■
" 7 ?
3
2
1
REVISED PER TDRR 15)65
~ ?£y/seo PER rpRR iSi>23
REVISED PER TORR Tfcfo78
"ttvisep i&Tvee \ 996 b
REVISED PERTDRR ZO\Z7
REVISED PER TDRR 26041
™L|_
& £F 2 l f j B '
ejj
*’’XSK '
j«q^r
100 7512
H 4 >|<H<H»t<HWKR o - *
HWWhMW ©
SECTION A-A
scale 4: i •
-99^001-
10jHIGH typ-
SEE NOTE 3
45AI2JI
45AI2EI
030HIGH TYP-
SEE NOTE 3
-45AJ2J2
T~ 45AI2J3
INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
ASSEMBLE FIND N0.2 TO FIND N0.3 PER NO 1002136
MARK WHITE CHARACTERS PER ND1002019. CENTRALIZE AS SHOWN
ENCAPSULATE WIRING SIDE PER NOI002002 (BLACK POLYURETHANE FOAM)
REMOVE ALL FLASHING
CONNECTOR PiNS .CONNECTOR, AND 7 REA ABOUT CONNECTOR
IN THIS VIEW, TO BE FREE OF ENCAPSULATING MATERIAL.
EVIDENCE OF ENCAPSULATING MATERIAL SEEPAGE NOT
PERMISSIBLE
ALL WIRES TERMINATING AT WRAPO^T CONTACTS TO BE
WELDED PER ND 1002005. ALL WIRES TERMINATING AT
CONNECTOR (FIND N05) TO BE CRIMPED IN FIND N09 PER N0IOO22O6
AND INSERTED IN FinO NO 5
Afi DENOTES AS REQoiREO
WIRE PER WIRING CHART
TEMPORARY HOLD DOWN OF WIRING PERMISSIBLE PRIOR TO ENCAPSULATION
UNLESS OTHERWISE SPECIFIED AlL W QiNG ShA^l BE IN ACCORDANCE WITH nDi 002069
COMPLETED ASSEMBLY SHALL BE TESTED IN ACCOBQANCE WITH AMO SHALL MEET ALL
OF THE BEaUlREMFNTS OF PSIQC7S84.
Mounting, TORQUE FOR FIND NO.IITCFINO NO. I TO BE 5.0 TO 5.5 IN. LBS.
MSIS7Q5-804
_MSIfcSSS-9___
MS2S33G-44_
~l~bT 0738 T S
1010848-2
MS 1 699 5-I I
1010 35 9 -I
1010620-1
1006 7 74
1006781-2
1007569
COAT 10IO8S9-I CONNECTOR SOCKET HOLEIS (WITH OR WITHOUT WIRES) WITH NDI002009.,
METh5D D . SEAL OPENINGS BETWEEN FRAME AND CONNECTOR USING ND |OOZ004,TYPE I ,
washer-flat
SCREW,CAP SOCKET HEAD _
LUG _
CONTAC T, CRIMP TYPE NO 22 (PInJ ~
WI RE _~
NUT ,SFt F - LOCKING , HFX
SCREW , C AP, SO CKET HEAD._
CQNNECTO R - RECEPTACLE , ELEC
PIN, GUIDE _ _
INSU L AT0R.W RA POST-FEM ALE, MIN
CO NTACT . WRAPQST-FEMAIE t MIN
HEADER _I
NOMENCLATURE OH
UNLESS OTHERWISE SPECITIED
DIMENSIONS ARE IN INCHES
CAPACITOR VALUES ARE IN „•
RESISTOR VALUES ARE IN OHMS
TOLERANCES ON
TRACTIONS DECIMALS ANGLE
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
HEADER ASSEMBLY
TRACKERS X £ Y
1007584
I'lSBMfl"!.* 1
(5
W
►
SEE NOTE 21
3 )SEE NOTE 2
SECTION A-A
scale 4:1 -
©
F *
IOOHIGH typ
SEE NOTE 3
NOTES:
I.
INTERPRET ORAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL- D -70327
ASSEMBLE FIND N0.2 TO FIND N0.3 PER NO 1002136
MARK WHITE CHARACTERS PER ND1002019. CENTRALIZE AS SHOWN
ENCAPSULATE WIRING SIDE PER NDI002002 (BLACK POLYURETHANE FOAM)
REMOVE ALL FLASHING.
CONNECTOR PINS , CONNECTOR, ANO AREA ABOUT CONNECTOR
IN THIS VIEW, TO BE FREE OF ENCAPSULATING MATERIAL.
EVIDENCE OF ENCAPSULATING MATERIAL SEEPAGE NOT
PERMISSIBLE
ALL WIRES TERMINATING AT WRAPOST CONTACTS TO BE
WELDED PER Nj , >02005. ALL WIRES TERMINATING AT
CONNECTOR (find N0 5) TO BE CRIMPED IN FiNO NO9 PER N0I002206
AND INSERTED IN ' .ND NO. 5
AR DENOTES AS REQUIRED
WIRE PER WtR. *6 CHART
TEMP RARY HOLD DOWN OF WIRING PERMISSIBLE PRIOR TO ENCAPSULATION
UNLlSS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE WITH NDI0020G9
COMPLETED ASSEMBLY SHALL BE TESTED in ACCORDANCE WITH AND SHALL MEET ALL
OF THE REQUIREMENTS OF PS 10075 84.
MOUNTING TORQUE FOR FIND NO. 11 TC FINO NO. I TO BE S.O TO S B IN. LBS.
COAT ,010659*1 CONNECTOR SOCKET HOLES (WITH OR WITHOUT WIRES) WITH NDI002009,
KE-MCDJ . SEAL OPENINGS BETWEEN FRAME AND CONNECTOR USING ND 1002004, TYPE I .
CLEAN HEADER WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO*PROPYL ALCOHOL
PR OR TO ENCAPSULATION.
CAPACITOR VALUES ARC IN ,f
RESISTOR VALUES ARC IN OHMS
TOLERANCES ON
FRACTIONS DECIMALS ANGLES!
00 NOT SCALE THIS ORAWING
<' ‘ » 1
H--ill
DttevrrvN 1 O" |
r^T]
DAT*
n~=: g
A
REVISED PER TDRR 15165
RbC7
f!
B
REVISED PER TDRR 16623
D4*|
7T |
c
REVISED PER TORR 16678
&
2to>ei
65
... (.. e
V
ItaZTDeR I990fe
UCj
J*C
~*Xs
: 4'
T
REVISED PER TDRR 20/27
F
REVISED PER TDRR 2604-1
>
K
<5
Revised Per Tdrr 2go<x3
J.' 5
U
T :
•I
I
2
MSI5795-804
WASHER- -AT
12 F
l
MSI6995-9
SCREW - SOCKET HEAD
II (
i
MS2S036-44
LUG
•0 <
21
1010758-5
CONTAC . CRIMP TYPE N0.22(PN)
9 -
AR
1010848-2
WIRE
8
2
MS2I045-C04
NUT .S' LF - LOC KING , HEX
7 _
2
MS 16995 -II
SCREW . CAP. SOCKET HEAD
6 -
1
1010859-1
CONNECTOR-RECEPTACLE. ELEC
5
4
1010620-1
PIN.CJIDE
4
29
1006 7 74
INSULATOR. WRAPOST-FEMALE. MIN
3
29
1006781-2
CONTACT . WRAPOST-FEMALE. F ■'
2
1
1007569
HEADER
1
PART OR
IDENTIFYING NO.
MATERIAL
OR NOTES
NOMENCLATURE OR
DESCRIPTION
FIND
NO.
LIST OF MATERIALS
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
HEADER ASSEMBLY
TRACKERS X $ Y
1007584
| SHEET | 0> 2
£ P
J
liiwitv
?TO5
\m
li'fc:
Immm
I;,;/ v-„.
ftraaraw..;
wnai*;
Iwr9ft*wn(
p 4m,
pyoii
pppr™
f'
§b * 4*
•Ua
I
1^ *
I-. .. 4 .
I * t-J*,*
pmu
l«rr
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
CAPACITOR VALUES ARE IN
RESISTOR VALUES ARC IN OHMS
TOLERANCES ON
FRACTIONS DECIMALS ANGLES I
HEADER ASSEMBLY
APPLICATION
gL-fJkjilHkwLVTjrJri^M
g^ikfi&Ti LaaaB^Jl
1 55jBB3 LaaaE ffH
I gl^VJkgM EfcHMkHEl
tUHHikBg lgi.’rjigiKJIB
I g i-fim rp-YJ rroei
MANNED SPACECRAFT CENTER
HOUWOM. HUM
HEADER ASSEMBLY
TRACKERS X £ V
APOLLO GIN Specification
PS1007584
3. REQUIREMENTS
3.1 GENERAL SPECIFICATION, Unless otherwise specified, all of the requirements
of Specification ND1002210 shall apply as requirements of this specification.
3.2 DESCRIPTION. The assembly shall be used as an auxiliary header upon which the
Tracker X and Tracker T Electronics exe mounted.
3.3 FUNCTIONAL REQUIREMENTS
3.3. % Insulation Resistance. The resistance from each connector pin to the header assembly
flhnii be equal to or greater than 100 megohms.
3*3.2 Continuity and DC Resistance* The cmEhmity and dC resistance testsafaaltbe as
specified in Table L ;f>ie t.
3.4 PERFORMANCE AND PRODUCT CHARACTERISTICS
3.4.1 Service Life
3.4.1.1 Operating Life. The assembly shall meet performance specifications for at
least 20 00 hours of operation, excluding the supplier's test time of the co mplet e d unit.
3.4.1.2 Shelf Life. The assembly shall have a shelf life of at least 5 years, without operation,
at room temperature after final acceptance at the supplier's facility.
3.4.2 Reliability. Design objectives require maximum reliability of the assembly during its
period of useful life. Every effort shall be made to design and produce units capable of meeting
a wnviinum failure rate of 0.3 8failures per million hours.
tf -is; ✓ *T*v4.i#•
i&\ f w _’i3*f v*_‘'*^ *.«rt' *■> •" fr.W. > ~ '•> *z * a. x “y*' : ■ tfg : -I Ma ti B rit —-**■'«»£"
APOLLO GIN Specification
F61M75M
IlflBBBB
SB9BBB1
•* 4
SEE NOTE 6-
BOTH SIDES
. WTEPRPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
!. «E-D PER ND 1002005
CRIMPED CONNECTION SHALL MEET REQUIREMENTS OF ND 1002206
STAKE FIND N0.2 THRU FIND N0.4 TO FIND NO.I AND FILL CAVITIES PER NDI002009 METHOD C
>.AR DENOTES AS REQUIRED
>. ENCAPSULATE MODULE PER NO 1002036 CURING CYCLE A
MARK .100/060 HIGH WHITE CHARACTERS PER ND 1002019 AND SERIALIZE PER ND 1002023
CENTRALIZE AS SHOWN
LMARK FIND NO. 5 AS SHOWN PER ND 1002019
). UNLESS OTHERWISE SPECIFIED.WIRIN6 SHALL MEET THE REQUIREMENTS OF NDI002069
-APPLICABLE DASH NO.
E6
O G
E5 E4
©
E3
m
MARKING VIEWS
ft >= v 9
cc < CO 2
cr E oq r-i _J
LU ^ p i_J <
Li_ h- "> (Y
E o c2 &
Q cn ld
1010 738-6
1010645 -2
1010364 — 309
1010364-443
1010267 — 155
1008130
CONTACT ELECTRICAL
WIRE,ELECTRICAL
RESISTOR _
RESISTOR _
RESISTOR
HOUSING MODULE
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES MSTRUM
CAPACITOR VALUES ARE IN .1 c *“*
RESISTOR VALUES ARE M OHMS TJf
TOLERANCES ON DRAWN feLJj
FRACTIONS DECIMALS ANGLES CHECKED*^
00 NOT SCALE THIS DRAWING ARfROVED^
MATERIAL ”_
1007531 _
NEXT ASSY USED ON
APPLICATION
LIST Of MATERIALS
MANNED SPACECRAFT CENTER
HOUST ON. TEXAS _
B§ BUFFER RESISTORS
IsM MODULE ASSEMBLY
_ TRAY I _
\J_2_ COqTiOENT NO.j SUE drawing no.
- E 1007586
- |W87-j—
■4
IiKBfisaji
N 0 TE S : ,
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. WELD PER ND1002005
3. CRIMPED CONNECTION SHALL MEET REQUIREMENTS OF ND 1002206
4. STAKE FIND N0.2 THRU FIND N0.5. TO FIND NO.I AND FILL CAVITIES PER NDI002009 METHOD C
5 ! AR DENOTES AS REQUIRED
6. ENCAPSULATE MODULE PER NO 1002036 CURING CYCLE A
7. MARK .100/060 HIGH WHITE CHARACTERS PER NDI0020I9 AND
SERIALIZE PER NDI002023. CENTRALIZE AS SHOWN
a MARK FIND N0.6 PER ND 1002019 AS SHOWN
9. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF NDI002069
5
4
3
2
M°°Mo
2
1
»YM
REVISIONS /?£■
OCSCftIPTlON
TT”
DATE
A
REVISED PER TDRR 15231
& iut/
5
eevise-o pee Toee i£677
Z£>
FtB
<-*>
0
B
NOTFS:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. WELD PER NDI002005
3. CRIMPED CONNECTION SHALL MEET REQUIREMENTS OF ND 1002206
4. STAKE FIND NO.2 THRU FIND N0.5 TO FIND NO.I AND FILL CAVITIES PER NDI002009 METHOD C
5. AR DENOTES AS REQUIRED
6. ENCAPSULATE MODULE PER NDI002C36 CURING CYCLE A
7. MARK .100/060 HIGH BLACK CHARACTERS PER NDI0020I9 AND
SERIALIZE per NDI0C2023. CENTRALIZE AS SHOWN
8. MARK FIND N0.6 PER ND 1002019 AS SHOWN
9 UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF NDI002069
A
8
7
6
100953 9
AR
10 06776-22
6 1010738-6
AR 1010? 39-2
_] 1010364-443
I' 101Q364 — 559
4 _10 06 750-39
I T 1010364-593
I T Toot) 12 9
SCHEMATIC
SLEEVING,ELECTRICAL
' _ CO NTAC T^E L ECT RICAL
WIRE, ELECTRICAL
"RESISTOR
" RESISTOR'
i RESISTOR_
Tresistcr__
i HOUSING MODULE
IREF
JO.
9
8_
_7
_6_
5
~3_
_2
I
5
MARKING VIEWS
T
QTY PART OR
REQD IDENTIFYING NO.
NOMENCLATURE OR
DESCRIPTION
FIND
NO
LIST OF MATERIALS
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
TOLERANCES ON
FRACTIONS DECIMALS ANGLES
DO NOT SCALE THIS DRAWING
MATERIAL
M 1 T
INSTRUMENTATION LAB
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
DRAWN DATE^^^?
CHECKED jZJlivX**** **
BUFFER RESISTORS
MODULE ASSEMBLY
TRAY 2
APPROVAL 4 - to/rt/t*
1007532
HEAT TREATMENT
NASA APPROVAL ZfV J /'Ck - -
mit kPefHVJHr s Ay .
CODE IDENT NO
SIZE NASA DRAWING NO
D 1007587
NEXT ASSY
USEO ON
FINAL FINISH
SCALE 5/1
J APPLICATION
1
B
A
1007587 B
8
6
5
2
1'
D
ji
| REVISIONS /?£ * "7 ]
SVM
DIKRIFTION
DATE
APPMOVAL
A
REVISED PER TDRR 15231
twf
5
eevisto pee Toee ȣ677
FE8
4-5
#roX
C
Revised Pw TORE 17679
-.6?
D
—1,—1
<* —
O
fO
rsj
LU Ld
-U
u
C
B
NOTES:
1. INTERPRET DRAWING in ACCORDANCE WITH STANDARDS PRESCRIBED by mil-0-70327
2. WELD PER NDlUC20o5
3. CRIMPED CONNECTION SHALL MEET REQUIREMENTS OF ND 1002206
4. STAKE FIND NO.0 THRU FIND NO. 5 TO FIND NO.I AND FILL CAVITIES PER NDI002009 METHOD C
5. AR DFNOTESAS REQUIRED
6. ENCAPSULATE MODULE PER NUIOOCQ36 CURING CYCLE A
7. MARK .I 00 /. 06 C Hic-H BLACK CHARACTERS PER N0I0020I9 AND
SERIALIZE PER NDIGC2023. CENTRALIZE AS SHOWN
8. MARK FIND NO-6 PLR ND 1002019 AS SHOWN
9. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF NDI002069
:a
hr
k
8
7
6
-EI5 REF
APPLICABLE DASH NO-
EI5 REF
SEE NOTE 7
o
HXj 1009 5 39
MARKING VIEWS
1007532
NEXT°ASSY
USED ON
| APPLICATION |
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
TOLERANCES ON
FRACTIONS DECIMALS ANGIES|
DO NOT SCALE THIS DRAWING
I HEAT TREATMENT
1006776-22
QTY
REQD
OH
1010738-6
JC '0Q4&-J i
1010364-443
1010 364 -559.
lu 0675C-39
10 10364-593
loot 12 9_
SCHEMATIC
SL EEVIN ELECTRICAL
contac t^elec T RlCAL
wire,electrica1
RESISTOR
RESISTOR
RESISTOR _
RESISTOR _
HCUSING MODULE '
LIST OF MATERIALS
INSTRUMENTATION LAB
APPROVAL
APPROVAL 4- '•/q/iSL-
MIT APPROX
MANNED SPACECRAFT CENTER
HOUSTON TEXAS
BUFFER RESISTORS
MODULE ASSEMBLY
TRAY 2
CODE IDENT NO.
[SCALE 5/1
D
NASA ORAWING NO
1007587
SHEET I OF |
i ii ' i w
II0075R7
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. WELD PER NDI002005
3. CRIMPED CONNECTION SHALL MEET REQUIREMENTS OF ND 1002206
4. STAKE FIND NO.2 THRU FIND N0.5 TO FIND NO.I AND FILL CAVITIES PER NDI002009 METHOD C
5. AR DENOTES AS REQUIRED
6. ENCAPSULATE MODULE PER ND 1002036 CURING CYCLE A
7. MARK .100/060 HIGH BLACK CHARACTERS PER NDI0020I9 AND
SERIALIZE PER NDI002023. CENTRALIZE AS SHOWN
a MARK FIND N0.6 PER ND 1002019 AS SHOWN
9. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF N0I002069
EI5 REF
APPLICABLE DASH NO.
EI5 REF
SEE NOTE 7
E3
O
o
E4
° r
E5
o
E7 E8
O O
-SEE NOTE 7
MARKING VIEWS
1009539
SCHEMATIC
REF
AR
1006776-22
SLEEVING,ELECTRICAL
10
9
8
G
1010736-6
contact, electrical
7
AR
1010646-2
WIRE,ELECTRICAL
6
I
1010364-443
RESISTOR
5
1
1010364-559
RESISTOR
4
4
1006750-39
RESISTOR
3
1
" i
1010364-593
RESISTOR
2
1008129
HOUSING MODULE
1
QTY
REQO
PART OR
IDENTIFYING NO.
NOMENCLATURE OR
DESCRIPTION
FIND
NO.
1007532
NEXT ASSY
USEO ON
| APPLICATION |
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
TOLERANCES ON
FRACTIONS DECIMALS
DO NOT SCALE THIS DRAWING
I HEAT TREATMENT
ON
LIST OF MATERIALS
M I T
INSTRUMENTATION I
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
BUFFER RESISTORS
MODULE ASSEMBLY
TRAY 2
CODE IDE NT NO.
[scale «/|
D
NASA DRAWING NO.
1007587
SHEET | OF |
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7 )S£E NOTE 3
SEE NOTE 8 \
—i° 5 § -
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BOTH SIDES
-APPLICABLE DASH NO.
—EI5 REF
-SEE NOTE 7
NOTES
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D^0327
2. WELD PER NDI002005
3. CRIMPED CONNECTION SHALL MEET REQUIREMENTS OF NO 1002206
. 4. STAKE FIND N0.2 THRU FIND N0.5 TO FINDNO.I AND FILL CAVITIES PER NDI002009 METHOD C
5. AR DENOTES AS REQUIRED
6. ENCAPSULATE MODULE PER NO 1002036 CURING CYCLE A
7. MARK .100/060 HIGH WHITE CHARACTERS PER NDI0020I9 AND
SERIALIZE PER NDI002023. CENTRALIZE AS SHOWN
a MARK FIND NO-6 PER ND 1002019 AS SHOWN
a UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF NDI002069
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1006757-8
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7
1010738-6
contact, electrical
AR
1010639-2
wire.electrical
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1010364-443
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1
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4
1006750-39
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HOUSING MODULE
MARKING VIEWS
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DIMENSIONS ARE IN INCHES
TOLERANCES ON —- -■
FRACTIONS DECIMALS ANGLES drawn ^
* ± ± checked^
DO NOT SCALE THIS DRAWING APPROVAL
MATERIAL _ APPROVAL
M I T
INSTRUMENTATION LAS
“7~~rri HEAT TREATMENT
1007532 __
NEXT ASSY USED ON fiNAL FINIW
APPLICATION
nasa °°“ “ £NT Na
NOMENCLATURE Oil
DESCRIPTION i
LIST Of MATERIALS
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS _
_ BUFFER RESISTORS
MODULE ASSEMBLY
TRAY 2
• IDENT NO. I SIZE NASA DRAWING NO.
- n 1007587
'i
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I \ l
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NOTES
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. MATERIAL:MAGNESIUM ALLOY ZK-60A-T5 PER QQ-M-31
3. REMOVE ALL BURRS AND BREAK SHARP EDGES .005/.0I5
4. UNLESS OTHERWISE SPECIFIED ALL FILLETS AND RADII .OK) MAX
5. UNLESS OTHERWISE SPECIFIED 12^/ ALL OVER
6. FINISH: ANODIZE PER MIL-M-3I7I TYPE H, ALL THREADED HOLES TO BE FREE OF ANODIZE.
7. INSTALL FIND NO.2 PER MS33646,EXCEPT DIM. F TO BE.594 BREAK OFF TANG
• 8. COAT THREADS AND FIND NO. 2 WITH MIL-P-85B5 WET ZINC CHROMATE PRIMER
9. IOENTIFY PER NDI0020I9
2.094
I
—r
.375 TYP
_*_
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m 2 G086)-56NC-2B
THD 312 DEEP
CSK 9<f X .100 DIA
3 HOLES
SEE NOTES 6& 8
MANNED SPACECRAFT CENTER
HOUSTON. TOM
FRAME
MOTOR DRIVE AMPLIFIER
I. INTERPRET DRAWING in ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-0-10327
Z, MATERIAL: MAGNESIUM ALLOY ZK-60A-T5 PER OQ-M-31
3. REMOVE ALL BURRS AND BREAK SHARP EDGES .005/.0I5
4. UNLESS OTHERWISE SPECIFIED ALL FILLETS AND RADII.OK) MAX
5] UNLESS OTHERWISE SPECIFIED I^J/ALL OVER
6, FINISH: ANOOIZE PER MIL- M- 3171, TYPES', ALL THREADED HOLES TO BE FREE OF ANODIZE.
7. INSTALL FIND NQ2 PER MS33646, EXCEPT DIM. F TO BE.594, BREAK OFF DRIVING TANG
6. COAT THREADS AND FIND N0l2 WITH MIL-P- 8585, WET ZINC CHROMATE PRIMER
9. IDENTIFY PER ND 100201*
'..Ax
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6
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PARTIAL SECTION B-B
6 li N SUB -SYSTEMS
SUPPLY FILTER
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I DASH NO.
-DWG REV LETTER
MARKING VIEWS
SCALE ~ 2/1
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. ALL CONNECTIONS TO BE MADE BY WELDING PER NO I0O2005 EXCEPT WHERE NOTED.
3. K INDICATES CATHODE SIDE OF DIODE
4. SOLDER PER NO 1002071.
5. MARK PIN NUMBERS $ 5 $ HIGH (WHITE) AND ALL OTHER CHARACTERS {§£ HIGH (WHITE) PER
ND 1002019 AND SERIALIZE PER ND1002023. CENTRALIZE AS SHOWN.
«. AR DENOTES AS REQUIRED
7. INDICATED AREAS TO BE FREE OF ENCAPSULATING COMPOUND
B. ENCAPSULATE MODULE PER ND >002002(BLACK POLYURETHANE FOAM).UNLESS OTHERWISE
SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK
WIOTH AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE
EXCEEDS THE ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK
SURFACE ANO ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEEO .015.
REMOVE ALL FLASHING
9 ASSEMBLE FIND NO. 5 ANO FiNO NO. 6 PER NDI002I36
10. FILL PER N0I002II7
11. MOUNTING TORQUE FOR FINO NO. 3, ^ INCH-POUNDS
12. CEMENT IN PLACE PER ND 1002167 USING NDI002I52
13. TYPICAL SLEEVING FOR PINS I THRU 2S
15. BOND FIND N0.9 TO FIND N0.4 CURE AT AIR TEMPERATURE BEFORE ASSEMBLING TO FIND NO. I
16. BOND FiNO NO. 23 AND 24 TO FIND NO. 3 PER ND 1002237
17. PROCURE PER PS 1007090.
IS. UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069.
► 19. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON ANO ISO - PROPYL ALCOHOL.
APPLY ADHESIVE TO FRAME ON ALL AVAILABLE FOAM CONTACT SURFACES TO WITHIN .03
INCH A.03 OF EXTERNAL EDGES OF MODULE AND TO A DEPTH OF .“ZEMIN IN FROM EDGES.
USE ADHESIVE PER ND 1002187 TYPE U .
SEE NOTE 4
21 PLACES
-POLAR (REF)
-SEE NOTE 6
JOSEE NOTE II
250 MAX
♦ PLACES
-SEE NOTE 10
(CRI t C 12 ) fi
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see nmtf
PARTIAL SECTION A-A
1007590
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(p * N w* w
SEE NOTE 5
© © © © © © © |
5LAR (REF)
MARKING VIEWS
SCALE ~ 2/1
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. ALL CONNECTIONS TO BE MADE BY WELDING PER NO 1002005 EXCEPT WHERE NOTED.
3. K INDICATES CATHODE SIOE OF DIODE
4. SOLDER PER ND1002071.
5. MARK PIN NUMBERS y§§ HIGH (WHITE) AND ALL OTHER CHARACTERS ~ HIGH (WHITE) PER
ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS SHOWN.
6 . AR DENOTES AS REQUIRED
7. INDICATED AREAS TO BE FREE OF ENCAPSULATING COMPOUND
8 . ENCAPSULATE MODULE PER NO 1002002 (BLACK POLYURETHANE FOAM).UNLESS OTHERWISE
SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK
WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE
EXCEEDS THE ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK
SURFACE ANO ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEEO .015.
REMOVE ALL FLASHING
9 ASSEMBLE FIND NO. 5 AND FIND NO. 6 PER N0IO02I36
10. FILL PER NDI002IIT
11. MOUNTING TORQUE FOR FINO NO. 3, ^ INCH-POUNDS
12. CEMENT IN PLACE PER NO 1002187 USING NDI002I52
13. TYPICAL SLEEVING FOR PINS I THRU 2«
15. BONO FIND NQ.9 TO FIND NQ4 CURE AT AIR TEMPERATURE BEFORE ASSEMBLING TO FIND NO. I
17. PROCURE PER PS 1007090.
16. UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069.
20. CwEAM MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AMD ISO-PROPYL ALCOHOL.
PR OR. ENCAPSULATE. OM.
2.. FOR THE HEL COIL MOUNTING SURFACE =AINT ALL SURFACES PER NOIOOZUO "TYPE H
AFTtR. EMCAPSU-A-nOVi,US■ MG BLACK PAINT PEL iOiOT29*4. CURE AT ,40° F FoREiGhT
hour*. connector pin blades and insulators to be free from paint-
SEE NOTE 4
21 PLACES
.250 MAX
4 PLACES
SEE NOTE S
14 JSEE NOTE It
-SEE N01E 10
(CRI * CR2)
22. STALE FIND tsiO. 3 PER ND 1002009 METHOD H.
PARTIAL SECTION A-A
/—dD
' SEE NOTE 13
SECTION
I
-sfel..
rn
!«: 1
SEE NOTE 10
(CRI V CR2)
5 J SEE NOTE 9
6 ) SEE NOTE 9
SEE NOTE 12
*030 B0 ™ EMDS
SEE NOTE •
2 ?£ both ENOS
.000 ENCAPSULATION
.015 LIMIT
J0075 10
10074SO
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I QUANTITY REQUINtDi,
unless otherwise specified
dimensions are * ** CMe *
TOLERANCES ON
,X?T02 mT
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~ p^iD~PER TPRR £ 2 3 52 < y p
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1008547
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1006757-5
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1006143
1008142
1006776 18
MS 20341- 416 8
1008071-5
1008024-4
1008024-3
1008021-2
MIL-I -<5126
1006757-8
1006776-22 ~
1006782 -5
1006775
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1007054
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WIR E ELECTRICAL_
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B US BAR ♦ S INGLE LUG_
i NSULATlON~SLEEVING EL ECT
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WASHER. FLAT _ _ _
WASHER. INSULATOR_
WASHER. INSULATOR _
bushing, insulator _I
INSuL TAPE T'-E MFT 2,5 1/2 WIDE ,
WIRE. ELECTRICAL ___
INSULATION SLEEVI NG ELECT.
CONTACT, WRAPOST - MALE,MINIATURE_
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DIODE ___
DIODE _ _ _
CAPACITOR _
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nomenclature OR
description
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
G L N SUB-SYSTEMS
SUPPLY FILTER
MODULE ASSY
APPLICATION
APPLICABLE
DASH NO.
COOE IOENT NC SUE
190230 J 1007590
1007!
SECTION C-C
SEE NOTE 7
THE ASSEMBLY PART NUMBER IS THE DRAWING |
NUMBER AND THE DASH NUMBER THAT APPLIES
Jink
E5P1
7
MARKING VIEWS
SCALE ~ 2/1
FF
V 7
NOTES :
1. INTERPRET ORAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-0-70*27
2. ALL CONNECTIONS TO BE MADE BY WELDING PER NO 1002003 EXCEPT WHERE NOTED.
3. K INDICATES CATHODE SIDE OF DIODE
4. SOLDER PER ND1002071.
5. MARK PIN NUMBERS $§ HIGH (WHITE) AND ALL OTHER CHARACTERS 7 ^ HIGH (WHITE) PER
ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS SHOWN.
G. AR DENOTES AS REQUIRED
7. INDICATED AREAS TO BE FREE OF ENCAPSULATING COMPOUNO
8 . ENCAPSULATE MODULE PER ND 1002002(BLACK POLYURETHANE FOAM).UNLESS OTHERWISE
SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK
WIDTH ANO LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE
EXCEEDS THE ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK
SURFACE ANO ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEEO .015.
REMOVE ALL FLASHING
9 ASSEMBLE FIND NO. 5 ANO FiNO NO. S PER N0IO02I36
10. FILL PER N0I002II7
11. MOUNTING TORQUE FOR FINO NO. 3, ^ INCH-POUNDS
12. CEMENT IN PLACE PER N0I002IB7 USING NDI002I5Z
13. TYPICAL SLEEVING FOR PINS I THRU 2«
». BOND FIND N0.9 TO FIND NQ4 CURE AT AIR TEMPERATURE BEFORE ASSEMBLING TO FIND NO. I
IS. fcONO FINO NO. 23 AN D 2 4 TO F IND NO , » P ER NO 1003 2 3 7
17. PROCURE PER PS 1007090.
18. UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF ND I00206B.
.Ot-EAM M ODULE WUCCIC PO SSIB L E B V DEC R EA SIN G WITH TBSOH ANN 16 0 PB OPYL ALCOHO L.
a »» lv ft o- e si v e t o fram e* o n all a v a i la b le f o am c o ntac t ^u f faceg t o w i t hi n . 0 3
r^r.tr , n » .. r>frTI | QT ■ T E i t l lk l II I rT10MCPC .rO!
U S E AOHG O WS- P CR ND 1004 1 1 0 4 TY P E H .
20. C.-EAM MODULE WHERE POSSIBLE BY DEGREASING WITH FREON *ND ISO-PROPYL ALCOH
PR OR. TO ENCAPSULATION!
21. E/CEPT FOR MODULE MOUNTING SURFACE, PAINT ALL SURFACES PER ND 1002279 USING
1010992 PRIMER AND 1008009-4 PAINT. CONNECTOR PIN BLADES AND INSULATORS
TO BE FREE OF PAINT
22 . STALE FIND NO. 3 PER NO 1002009METHOD J. FIND NO. 4
7
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TTB 030
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I QUANTITY REQUIRED I
JUNLESt OTMCmnM MCHO
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^E REVISED PER 25553
F 'REVISED PER 2^3Z6
101 \48-2
1008540-15
1008547
1006776-21
1006776-20
1006757 -5
. 1006757-1
1008143
1008142
1006776 18
MS 20341-416 B
1008071-5
1008024-4
1008024-3
1008021-2
1006782 -
1006775
I0I035I-I
1010636-1
1010637-1
1007094
10075 80_
1007460 _
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_APPLICATION
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WIRE, ELE C TRICAL-NICKEL _
GASKET, CONNECTOR MINIATURE
GASKET, CONNECTOR MINIATURE
INSOLATION SLEEVING ELECT
INSULATION SLEEVING ELECT
WIRE ELECTRICAL _
WIRE, ELECTRICAL _
B US BAR , QOUBLE LUG
BUS BAR * SINGLE LUG
INSULATION SLEEVING ELECf
WIRE,ELECT * COPPER ~IG GA
NUT _
WASHER, FLAT __
WASHER, INSULATOR _
WASHER, INSULATOR _
BUSHING. INSULATOR
INSUL TAPE TYPE MFT 2.5 1/2 WIDE
CONTACT, NRAPOST-MALE,MINIATURE
INSULATOR, KURAPOST MAI FIXATU RE
DIODE , __
OIOOE _
CAPACITOR _
HEATSINK
MANNED SPACECRAFT CENTER
GfcN SUB-SYSTEMS
SUPPLY FILTER
_MODULE ASSY
•ozao j 1007590
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SEE NOTE 5
APPLICABLE I
DASH NO.
w-1.550 REF —. . . ♦
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SEE NOTE 5
MARKING VIEWS
SCALE ~ 2/1
1. INTERPRET DRAWING IN ACCORDANCE WITH STANOAROS PRESCRIBED BY MIL-D-70327
2. ALL CONNECTIONS TO BE MADE BY WELDING PER NO 1002009 EXCEPT WHERE NOTED.
N INDICATES CATHODE SIDE OF DIODE
SOLDER PER NO 1002071.
MARK PIN NUMBERS HIGH (WHITE) AND ALL OTHER CHARACTERS ^ HIGH (WHITE) PER
ND 1002019 AND SERIALIZE PER NO 1002023. CENTRALIZE AS SHOWN.
AR DENOTES AS REQUIRED
INDICATED AREAS TO BE FREE OF ENCAPSULATING COMPOUND
ENCAPSULATE MODULE PER ND 1002002(BLACK POLYURETHANE FOAM).UNLESS OTHERWISE
SPECIFIED PERIPHERAL encapsulant DIMENSIONS may exceed the nominal heatsink
WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF .006. WHEN THE HEATSINK OUTLINE
EXCEEOSTHE ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK
SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEEO .015.
REMOVE ALL FLASHING
ASSEMBLE FIND NO. 5 ANO FIND NO. S PER NDI002I36
10. FILL PER NDI002IIT
11. MOUNTING TORQUE FOR FINO NO. 9, ^ INCH-POUNDS
12. CEMENT IN PLACE PER NDI002IS7 USING NDI002I52
13. TYPICAL SLEEVING FOR PINS I THRU 2S
15. BONO FINO NQ.9 TO FIND NQ4 CURE AT AIR TEMPERATURE BEFORE ASSEMBLING TO FIND NO.I
17. PROCURE PER PS 1007090.
IG UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF NO I00206G.
20. CLEAN MODULE where possible by degreasing with freon and iso-propyl alcohol.
PR OR. TO ENCAPSULATION!
21. EXCEPT FOR MODULE MOUNTING SURFACE, PAINT ALL SURFACES PER ND 1002279 USING
1010992 PRIMER AND IOOGGO«-<4 PAINT. CONNECTOR PIN BLAOES ANO INSULATORS
TO BE FREE OF PAINT
t*. STALE FIND NO. 3 PER NO 1002009METHOD J. FIND NO. 4
PARTIAL SECTION B-B
0 o o55 5 ©
SEE NOTE 4
21 PLACES
.250 MAX
4 PLACES
PARTIAL SECTION A-A
POLAR (REF)
• 4 JSEE NOTE II
000 ENCAPSULATION
-SEE NOTE i)0
(CRI % CR2 )
SECTION
i n IT W
. ftCP P6R TDRR 194.16_ ft*
MSEP PWLTPftB. ^520 4 y
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'ISED PER TDRR"22952 1 *«r ^
1 1 ~ 17 H&\~" Jijp
I SED PER TDRR 23858 (,€>
>ED PER TDRR £4328 ^
ISED PER TDRR 244.60
1008540-IS
1008547
1006776 - 21
1006776-20
I0067S7-S
1006757-1
1006143
1008142
1006776 18
11007580_
1007480 _
NEXT ASSY USED ON APPLICABLE
APPLICATION DASH NO.
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
TERMINAL LUG.SOLDER , FLAT _26^
WIRE, ELEC TRICAL-NICKEL _«
GASKET, CONNECTOR MINIATUR E 24
~ GASKEfr CONNECTOR MINIATU RE 25
insulation Sleeving elect 22
INSULATION SLEEVING ELECT 21
WIR E ELECTRICAL 20
~ WIRE, ELECTRICAL _J*_
BUS BAR t DOUBLE LUG _18
BUS BAR, SINGLE LUG_17^
INSULATION SLEEVING ELECT___|6_
WIRE .ELECT • COPPER *18 GA _15^
NUT _|4_
WASHER, FLAT _ \l_
WASHER, INSULATOR _12^
WASH ER. INSULATOR _l]_
BUSHING. INSULATOR_10^
tWSUL A TtON SLXCVT N G ELEC T.
CON TACT. WRAPOST-MALE,MINIA TURE
INSULATOR, WRAPOST-MALE ^W aATUR E
DIODE ___
DIODE _
CAPACITOR
HEATSINK _
MANNED SPACECRAFT CENTER
HOUSTON. TIXAJ
GtN SUB-SYSTEMS
SUPPLY FILTER
MODULE ASSY
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MARKING VIEWS
SCALE ~ 2/1
NOTES:
I.
2 .
3.
INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
ALL CONNECTIONS TO BE MADE BY WELDING PER NO 1002005 EXCEPT WHERE NOTED.
K INDICATES CATHODE SIOE OF DIODE
SOLDER PER NO 1002071.
MARK PIN NUMBERS $$ HIGH (WHITE) AND ALL OTHER CHARACTERS
> 1002019 AND SERIALIZE PER NO 1002023. CENTRALIZE AS SHOWN.
.140
HIGH (WHITE) PER
AR DENOTES AS REQUIRED
INDICATED AREAS TO BE FREE OF ENCAPSULATING COMPOUND
ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE FOAM).UNLESS OTHERWISE
SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEEO THE NOMINAL HEATSINK
WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE
EXCEEDS THE ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK
SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEEO .015.
REMOVE ALL FLASHING
ASSEMBLE FIND NO. 5 AND FiNO NO. S PER NDI002I36
FILL PER N0I002IIT
MOUNTING TORQUE FOR FINO NO. 3, ^ INCH-POUNDS
CEMENT IN PLACE PER N0I002IS7 USING NDI002IS2
TYPICAL SLEEVING FOR PINS I THRU 2«
15. BOND FIND N0.9 TO FIND NQ4 CURE AT AIR TEMPERATURE BEFORE ASSEMBLING TO FIND NO. I
16. BOND WNO NO. 23 AN D 2 4 TO F IN O N O . S P ER ND 100 22 1 7 -
17. PROCURE PER PS 1007090.
18. UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF ND 1002069.
M OOU fcB — 1
gg *V g 1
I CO NTACT 9U R PACCQ ’ I
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PARTIAL SECTION B-B
SEE NOTE «
SEE NOTE 4
o o o e o o o | r h»-
f —
B
Ti
_ 1
ll
20. C-EAM MODULE WHERE POSSIBLE BY DEGREASING WITH FREOM AMD ISO-PROPYL ALCOHOL.
PR OR. EMCAPBJLATlOM
21. E/CEPT FOR MOOULE MOUNTING SURFACE, PAINT ALL SURFACES PER ND 1002279, USING
1010992 PRIMER AND 10 0*90f~4 PAINT. CONNECTOR PIN BLADES AND INSULATORS
TO BE FREE OF PAINT
ft. STALE FIND MO. 3 PER MO 1002009METHOD J. FIND NO. 4
SEE NOTE 8
2 REQ'D
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SEE NOTE 8-
2 REQ'D (
INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
ALL CONNECTIONS TO BE MADE BY WELDING PER NO I0O2005 EXCEPT WHERE NOTED.
K INDICATES CATHODE SIDE OF DIODE
SOLDER PER ND 1002071.
MARK PIN NUMBERS j§§ HIGH (WHITE) AND ALL OTHER CHARACTERS HIGH (WHITE) PER
ND 1002019 AND SERIALIZE PER ND 1002023. CENTRALIZE AS SHOWN.
AR DENOTES AS REQUIRED
INDICATED AREAS TO BE FREE OF ENCAPSULATING COMPOUND
ENCAPSULATE MODULE PER ND 1002002(BLACK POLYURETHANE F0AM).UNLE$S OTHERWISE
SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEEO THE NOMINAL HEATSINK
WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE
EXCEEDS THE ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK
SURFACE ANO ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED .015.
REMOVE ALL FLASHING
ASSEMBLE FIND NO. 5 ANO FIND NO. S PER NDI002I36
FILL PER N0I002IIT
MOUNTING TORQUE FOR FINO NO. 3,
CEMENT IN PLACE PER N0I002IB7 USING MDI002IS2
TYPICAL SLEEVING FOR PINS I THRU 2«
BOND FIND NQ.9 TO FIND NQ.4 CURE AT AIR TEMPERATURE BEFORE ASSEMBLING TO FIND NO. I
17. PROCURE PER PS 1007090.
18. UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF NO 1002069.
i PRAMW Of*
20. CwEAM MODULE WHERE POSSIBLE BY DEG PEAS IMG WITH FREON /AND ISO-PROPYL ALCOHOL
PR OE ' f O E.v-CAPSULATiOM
21. EXCEPT FOR MODULE MOUNTING SURFACE, PAINT ALL SURFACES PER ND 1002279, USING
1010992 PRIMER AND I0088D9-4 PAINT. CONNECTOR PIN BLADES AND INSULATORS
TO BE FREE OF PAINT
8t. STALE find NO. 3 PER. NO 1002009 METHOD J. FIND NO. 4
PARTIAL SECTION A-A
1007590
JL
IL
O
4
SEE NOTE 4
1007590
I QUEUES
IE0E3E3
IQ3B3Q3
IQ3E1E1
T
n
U
n.
±Jl
-L
I * s
20 .
DASH Oil ASSY
DASH CfZ\ ASSY
SEE NOTE 8
INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
ALL CONNECTIONS TO BE MADE BY WELDING PER NO I0O2005 EXCEPT WHERE NOTED.
K INDICATES CATHODE SIDE OF DIOOE
SOLDER PER NO 1002071.
MARK PIN NUMBERS ^0 HIGH (WHITE) AND ALL OTHER CHARACTERS HIGH (WHITE) PER
ND 1002019 AND SERIALIZE PER NO 1002023. CENTRALIZE AS SHOWN.
AR DENOTES AS REQUIRED
INDICATED AREAS TO BE FREE OF ENCAPSULATING COMPOUNO
ENCAPSULATE MODULE PER ND 1002002 (BLACK POLYURETHANE F0AM).UNLE$S OTHERWISE
SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEEO THE NOMINAL HEATSINK
WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN THE HEATSINK OUTLINE
EXCEEDS THE ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK
SURFACE ANO ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED .0*5.
REMOVE ALL FLASHING
ASSEMBLE FIND NO. 5 AND FiNO NO. 6 PER NDI002I3S
FILL PER N0I002IIT
MOUNTING TORQUE FOR FINO NO. 3, ^ INCH-POUNDS
CEMENT IN PLACE PER NO 1002187,TYPE I.
TYPICAL SLEEVING FOR PINS I THRU 2S
15. BOND FIND N0.9 TO FIND NQ.4 CURE AT AIR TEMPERATURE BEFORE ASSEMBLING TO FIND NO. I
17. PROCURE PER PS 1007090.
18. UNLESS OTHERWISE SPECIFIED WIRING SHALL MEET THE REQUIREMENTS OF NO 1002069.
AM M ODUL E-
PRAMB OH
C EAKi MODULE WHERE POSSIBLE BY DEGREASING WITH FPEON AMD ISO-PROPYL ALCOHOL
PR OB. "•O E.K*CA»SULATtOM
> 1 . EXCEPT FOR MODULE MOUNTING SUPFACE, PAINT ALL SURFACES PER ND 1002279, USING
1010992 PRIMER AND \008809-A PAINT. CONNECTOR PIN BLADES AND INSULATORS
TO BE FREE OF PAINT
22. STALE FIND MO. 3 PER KIO 1002305 METHOD J. FIND NO. 4
MOISTURE PROOF PER ND 1002292 AS REQUIRED BY FIND N0.(28) USING INSULATION
TAPE IN ACCORDANCE WITH SCO 1008866 AND POLYURETHANE COATING PER
SCO 1008867 AFTER PAINTING AND STENCILLING.
23
PARTIAL SECTION A-A
i
11
T
~g—y
EZSffliSS&Bil I
?T-?
1007590
ME MOTE •
SEE NOTE 8
dP-FT^HI
*. + ■+-4-
SEE NOTE 10
(CRI t CR2)
5 ) SEE NOTE 9
6 j SEE NOTE 9
^24) SEE NOTE M
_ -SEE NOTE 12
-SEE NOTE •
[ 25 ) SEE NOTE »
S007f«0
SECTION C-C
-SEE NOTE 7
T QUANTITY REQUIRED I
IwNunt oTHfdwwi vccmco
1007990_
TOOMBO __
r^XT ASSY USED ON
APPLICATION
JEHu 1 '
1009540-19
1009547
1006776-21
1006776-20
1006757-9
. 1006757-1
1008143
1008142
1006776 18
MS 20341-416 S
1009071-5
1008024-4
1008024-3
1009021 -2
MIL- I-15126
1006757-8
1006776-22
1006782 -S
1006775
1010391-1
1010636-1
1010637-1
1007094
THE ASSEMBLY PART NUMBER IS THEDMMNG
NUMBER AND THE DASH NUMBER THAT APPLIES
1
~QASKEfr00NNEC70W MINIATU RE i
aA9KET7OC )NNE CT0W MINIATURE I
INSULATION SLEEVING ELECT 2
""INSULATION SLEEVIM 6 ELECT 2
WIRE ELECTRICAL i
WIRE. ELECTRICAL _J
BUS BAR . DOUBLE LUC _ l
BUS BAR, SIN GLE LUC
INSULATION SLEEVING ELECT _
WIRE .ELECT-COPPER 6 * I
NUT 1
WASHER, FLAT _ J
WASHER .INSULATOR _
WASHER. INSULATOR _
BUSHIN 6 , INSULATOR _
INSUL TAPE TYPE t*T 2.5 \/Z WIDE _
WIRE. ELECTRICAL _.
INSULATION SL EEVING ELECT.
CONTACT, RWAP08T-MALE.BMN1ATU RE
INSULATOR. WRAPOST mi L FJfl BRTUWE,
010 DE ___
DIODE ____
CAPACITOR
HEATSINK
"" HOMNCLATUM OR I
UtT or UTOU
MANNED 9PACECRAFT CENTER
fc N SUB-SYSTEMS
SUPPLY FILTER
MODULE ASSY
J 1007590
3
APPLICABLE DASH NO.
MARKING VIEW
SCALE 2/1
NOTES.’
1. INTERPRET DRAWING IN ACCORDANCE WITH STANOAROS PRESCRIBED BT MIL-0-70327
2. ALL CONNECTIONS TO BE MADE BY WELDING PER NDI00200S
3. MARK PIN NUMBERS .OGO/.IOO HIGH WHITE AND ALL OTHER CHARACTERS .100/.140 HIGH
WHITE PER ND1002019 AND SERIALIZE PER NDI002023. CENTRALIZE AS SHOWN.
4. AR DENOTES as REQUIRED
5. ENCAPSULATE MODULE PER N0IOO2OO2 (BLACK POLYURETHANE FOAM). UNLESS OTHERWISE
S°ECIFIED, PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK
WIOTH ANO LENGTH DIMENSIONS BY A MAXIMUM OF .005 WHEN THE HEATSINK OUTLINE
EXCEEOS THE ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK
SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED .015 .
Remove all flashing.
6 . INDICATE- AREA TO BE FREE OF ENCAPSULATING COMPOUND
7. MUST MEET THE REQUIREMENTS OF NDI002I3G.
8 . PROCURE PER PS 1007095.
9. BONO ITEM 8 TO ITEM « PER ND 1002237
tO. UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF NDI0020G9.
II. CLEAN MODULE WHERE POSSIBLE BY DEGREASING. WITH FREON AND ISO-PROPYL
ALCOHOL.APPLY’ ADHESIVE TO FRAME ON ALL AVAILABLE FOAM CONTACT SURFACES
TO WITHIN .03 INCH *.03 OF EXTERNAL. EDGES OF MODULE AND TO A DEPTH
OF .25 MIN. IN FROM EDGES. USE ADHESIVE PER NDI002I87 JYPE J£.
^ A REVISED PER TDRR 19417
aj2 REQO
SEE NOTE 9
1008540 -3
' 1006776-20
“ 1006775
1006782-3
' 1006776-21
' 1010485-98
' 1007 47
' 1007096
I QUANTITY REQUIRED
UNLESS OTHERWISE SPECIFIED
~ dimensions me m mches
- tolerances on
- FRACTIONS DECIMALS AN
* .XX ^.02
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
GASKET. CONF
" INSULATION,SLEEVING _
INSULATQR.WRAPQST MALE MIN
~ CONTACT,WRAPQST MALE MIN
" INSULATION,SLEEVING _
SCREW,NYLON _
' 8JO CPS SUBASSEMBLY _
' HEATSINK_
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
*800 CPS COMPENSATION
£ MOOULE.OPTICS ASSEMBLY
~7~ COOE IOENT NO I Sin I NASA DRAINING NO
80230 E 1007591
1
—
RCVISIONS '
p ir ‘ ||tJ1 _
A
REVISED PER 19417
_MsL.
£ ,r<
~b1
REVISED PER TDRR. I949G
ci.*.e
65 „
APPLICABLE DASH
SEE NOTE 3
MARKING VIEW
SCALE 2/l
NOTES:
1. INTERPRET ORA WING IN ACCORDANCE WITH STANOARDS PRESCRIBED BY MIL-0-70327
2. ALL CONNECTIONS TO BE MADE BY WELOING PER N0I00200S
3. MARK PIN NUMBERS jOGO/.100 HIGH WHITE AND ALL OTHER CHARACTERS .100/.140 HI
WHITE PER NO 1002019 AND SERIALIZE PER N0I002023. CENTRALIZE AS SHOWN.
4. AR DENOTES AS REQUIRED
5. ENCAPSULATE MODULE PER NDI002002 (BLACK POLYURETHANE FOAM). UNLESS OTHERWISE
SPECIFIED, PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK
WIOTH A NO LENGTH DIMENSIONS BY A MAXIMUM OF .005 . WHEN THE HEATSINK OUTLINE
EXCEEDS THE ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK
SURFACE ANO ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED .OlS.
REMOVE ALL FLASHING.
6. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND
7. MUST MEET THE REQUIREMENTS OF NDI002I36.
a PROCURE PER PS1007095.
9. BOND ITEM B TO ITEM G PER NO 1002237
10 . UNLESS OTHERWISE SPEC I RED, WIRING SHALL MEET THE REQUIREMENTS OF NDI0020G9.
ERE >
SEE NOTE 8
.000
.030
6 PLACES
SEE NOTE 7
13. EXCEPT FOR THE HEUCOIL MOUNTING SURFACE, PAlNT ALL SURFACES PEI?
no 1002 .n 0 type te, after encapsulation,using blacx ;=aint per
10107 Z9-<. CUBE AT I4C*F FOB EIGHT HOURS. CONNECTOR PIN
BLADES ANO INSULATORS TO BE FREE FROM PAINT.
II. CtEAM MODULE
* ‘' r '^"' 0<L w . / AJPPk^' f'vrr TWYV / *yes rw * r .
OF ZS wftrfl irf €r>G4S6TJ€
It CLEAN MODULE WHERE POSSIBLE BY DEGREASING
alcohol prior to encapsulation.
WITH FREON AND ISO-PROPYL
APPLICATION
(unless otherwise specified
THE ASSEMBLY PART NUMBER IS THE DRAWING pSTlSSH
NUMBER AND THE DASH NUMBER THAT APPLIES
REF
1010105
SCHEMATIC
2
1008540 -3
GASKET. CONNECTOR MINIATURE
8 -
AR
1006776-20
INSULATION,SLEEVING
7
6
1006775
INSULATOR «WR A POST MALE MIN
6
6
1006782-5
CONTACT,WRAPOST MALE MIN
5
AR
1006776-21
INSULATION,SLEEVING
4
2
1010485-98
SCREW,NYLON
3
|
1007' >7
800 CPS SUBASSEMBLY
2
1
1007096
HEATSINK
l
Oil
EFFEC-
tivitv
PART OR
IDENTIFYING NO.
NOMENCLATURE OR
DESCRIPTION
FINO
LIST OF MATERIALS 1 I
1 QUANTITY REQUIRED
* .XX ±.02
) NOT SCAU this wmw
STATION LAB
MIT APPROYAtl
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
800 CPS COMPENSATION
MODULE.OPTICS ASSEMBLY
NASA DRAWING NO
1007591
{shut | or 1
< “" ~A~ REVISED PER TDRR 19417_
fr IT REVISED PEsTtCRR. I9A9G
C gEV(SEP PEg-TPRR 20143 ,
APPLICABLE CASH NO.
MARKING VIEW
scale 2/1
notes:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANOAROS PRESCRIBED BY MIL-D-70327
2. ALL CONNECTIONS TO BE MADE BY WELOlNG PER NDI002005
3. MARK PIN NUMBERS JOGO / .100 HIGH WHITE AND ALL OTHER CHARACTERS .100 / .140 HIGH
WHITE PER NO 1002019 AND SERIALIZE PER NDI002023. CENTRALIZE AS SHOWN.
4. AR DENOTES AS REQUIREO
5. ENCAPSULATE MODULE PER N0IOO2OO2 (BLACK POLYURETHANE FOAM). UNLESS OTHERWISE
SPECIFIED, PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK
WIDTH ANO LENGTH DIMENSIONS BY A MAXIMUM OF .005 WHEN THE HEATSINK OUTLINE
EXCEEDS THE ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK
SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEEC .015 .
REMOVE ALL FLASHING.
6. INDICATE' AREA TO BE FREE OF ENCAPSULATING COMPOUND
7. MUST MEET THE REQUIREMENTS OF NDI002I3C.
& PROCURE PER PS1007095.
NX UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS OF NDI002069.
.000
.030
6 PLACES
13. EXCEPT FOR THE HELICOIL MOUNTING SURFACE, PAlNT ALL SURFACES PER
NO IOO El IO TYPE I , AFTER ENCAPSULATION , USING BlACK PAINT PER
ICIC7Z9-4. CueE AT FOR EIGHT HOURS. CONNECTOR PIN
Bt_ADES AND INSULATORS TO BE FREE FROM PAINT.
1008540-3
~ I00677G-2Q
“ 1006775
' 1006782-3
" 1006776-21
' 1010485-98
" 1007 >7 _
" 1007096
II. CLEAN MODULE W*£*E POSSO^LE / FR6QN/AN1> /
ALtCHCL-APPLY ADHCS^yE TO FRAME. ON x ALV
ic WITHIH/.03 W<CH OF/ExTERl<>yu;£e^ES ;bF >*ODUwk TQ/ky'ptPfH'
OF .ZS MiN. IN 'FfcOM EDGEBvGSe ADAESWE ^EJ^KDOOCiBT TYfe jZ., '■■///
\Z. CLEAN MODULE iVPERE POSSibuE BY DEGREASiNG WiTH FREON AND ISO-PROPYL
AuGOHOl. PRIOR to encapsulation.
I quantity required I I
UNLESS OTHERWISE SPECIFIED
~ DIMENSIONS ME IN INCHES N ** 1
~ TOLE NANCES ON »» •»
- FRACTIONS DECIMALS ANGLES J
GASKET. CONNECTOR MINIATURE
" INSULATION,SLEEVING _
' INSULATOR.WRAPQST MALE MIN
' CONTACT.WRAPOST MALE MIN
' INSULATION, SLEE VINO _
SCREW,NYLON _
800 CPS SUBASSEMBLY _
HEATSINK _
MANNED SPACECRAFT CENTER
_ HOUSTON. TEXAS
*800 CPS COMPENSATION
£ MODULE.OPTICS ASSEMBLY
NEXT ASSY T USED ON
_ APPLICATION_
1007591
^ “a" REUaED PER TDRg IG » I7 "
(f fW REVIS ED PER TDRR ,I9-H» "It* &L
(9 c REVISED Peg-TPgft ^ 43 '^T'
0 REVi SED PER TDRR2I 50 8 %; ^ J' '
APPLICABLE DASH NO.
MARKING VIEW
SCALE 2/1
On CH Ji
-030
6 PLACES
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED by MIL* 0*70327
2. ALL CONNECTIONS TO BE MADE BY WELDING PER NOI002005
3. MARK PIN NUMBERS .060 /.100 HIGH WHITE AND ALL OTHER CHARACTERS .100/.140 HIGH
WHITE PER ND1002019 AND SERIALIZE PER NDI0Q2023. CENTRALIZE AS SHOWN.
4. AR OENOTES AS REQUIREO
5. ENCAPSULATE MODULE PER N0IOO2OO2 (BLACK POLYURETHANE FOAM). UNLESS OTHERWISE
SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE NOMINAL HEATSINK
WIOTH ANO LENGTH DIMENSIONS BY A MAXIMUM OF .005 WHEN THE HEATSINK OUTLINE
EXCEEDS THE ENCAPSULANT OUTLINE, THE MAXIMUM OIMENSION BETWEEN ANY HEATSINK
SURFACE AND ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEEO .015.
REMOVE ALL FLASHING.
6 INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUNO
7.' MUST MEET THE REQUIREMENTS OF NO1002136.
& PROCURE PER PS1007095.
d>^
-£9? ENCAPSULATION
,0,:> LIMIT
IS. EXCEPT FOR MODULE MOUNTING SURFACE, PAINT ALL SURFACES PER ND (002279,
USING 1010992 PRIMER AND 1008809*4 PAINT. CONNECTOR PIN BLADE5 AND
INSULATORS TO BE FREE OF PAINT.
1008540*3
' 1006776-20
‘ 1006775
' 1006782-5
' 1006776-21
' lQI0485-98~
' 1007^7
' 1007096
KX UNLESS OTHERWISE SPEC I RED, WIRING SHALL MEET THE REQUIREMENTS OF ND1002069.
12. CLEAN MODULE WHERE FOSSi&lE BY DEGREASING WITH FREON AND ISO-PROPYL
alcohol prior to encapsulation.
ass otherwise srec‘«d
PENSIONS ARE m RTHES
lerances on
10a 4 0 _
1007460' _
NEXT ASSY USED ON APPLICABLE
APPLICATION NO
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
INSULATION, SLEEVING_
' INSULATOR.WRAPOST MALE MIN
' CONTaCT.WRAPQST MALE MIN
INSULATION.SLEEVING _
SCREW.NYLON
800 CPS SUBASSEMBLY _
‘ HEATSINK _
MANNED SPACECRAFT CENTER
) _ HOUSTON. TEXAS
•800 CPS COMPENSATION
: MODULE,OPTICS ASSEMBLY
■ coot KKMT NO. I SIZE NASA DRAWING NO-
' 80230 E 1007591_
' v ^> 1
4
4
5
r
JL
C
notes:
1. INTERPRET ORAWINS IN ACCORDANCE WITH STANOAROS PRESCRIBED BY NIL-0-T032T
2. ALL CONNECTIONS TO BE NADE BY WELOINQ PER NDI002009
3. MARK PIN NUMBERS jOGO/.IOO HIGH WHITE AND ALL OTHER CHARACTERS .100/.140 HIGH
WHITE PER NO 1002019 AND SERIALIZE PER NO1002023. CENTRALIZE AS SHOWN.
4. AR DENOTES AS REQUIREO
5. ENCAPSULATE MODULE PER NOI002002 (BLACK POLYURETHANE FOAM). UNLESS OTHERWISE
SPECIFIED, PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEEO THE NOMINAL HEATSINK
WIDTH ANO LENGTH DIMENSIONS BY A MAXIMUM OF .005 . WHEN THE HEATSINK OUTLINE
EXCEEOS THE ENCAPSULANT OUTLINE,THE MAXIMUM DIMENSION BETWEEN ANY HEATSINK
SURFACE ANO ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT EXCEED .OtS.
REMOVE ALL FLASHING.
6. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUNO
7. MUST MEET THE REQUIREMENTS OP NDI002I3G.
S. PROCURE PER PS1007095.
S. BOND ITEM B TO ITEM S PER NO 1002237
!
tt
tbi
A UNLESS OTHERWISE SPEC I RED, WIRBM SHALL MEET THE REQUIREMENTS OF NO10020GB.
-
A
Lil.
2.00 ©
JFVlSED PER TDRR 'W/i
aPMsaggHgai
-O^DiATHRU
CSK 60 X jQ 4 Dl'
v 54 HOLES
\ I® A.QQ5 1
-SEE OETAIL C
-.100 R
. .080
\8 PLACES
I ]fi A
lJ§_J
.25 DIA THRU-
BOTH SIDES
8 HOLES
-TAP THRU FOR N0.2^Q86)-56NC-2B
CSK 90* TO JOO DIA
4PLACES SEE NOTE 6 AND 8
-.078
4 PLACES
4 SPACES AT;Jf^ 4 §§
TOL.NON CUMULATIVE
CSK 82* X .091 DIA
2 HOLES
SEE DETAIL B
—IS"
8 PLACES
-TAP FORNO.6038)-32NC-2B
I '/2DIA INSERT 2 PLACES
SEE NOTES 6,7,8 8
J080—| U 88
2PLACES I 2 PLACES
1252 I T
, 8 77 1.248 1.002
L873 I I -998
, 1.377 >|l
1.373 1.127 £77
. IJ23 373
/ a _j\j£p
-fc .063 1
2 PLACES
m -1.454
.005 R MAX-
2 PLACES
SECTION A-A
NOTES
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. MATERIALS MAGNESIUM ALLOY ZK-60A-T5 PER QQ-M-31
3. REMOVE ALL BURRS AND BREAK SHARP EDGES .00 s/&\5
A. UNLESS OTHERWISE SPECIFIED ALL FILLETS AND RADII .010 MAX
5. UNLESS OTHERWISE SPECIFIED ALL OVER
6 . FINISH: ANODIZE PER Ml L - M - 3171, T YPE HE , ALL THREADED HOLES TO BE FREE OF ANODIZE
7. INSTALL FIND NO.2 PER MS33646. BREAK OFF TANG
8 . COAT THREADS AND FIND NQ.2 WITH MIL-P-8585, WET ZINC CHROMATE PRIMER
9. IDENTIFY PER NO 1002019
.939
.935 I
_ I 1.314
T 1-064 L3I0
439 1.060 |
.435 I
DETAIL B
SCALE 2/1
J L
—H.280TYP h—
DETAIL C
SCALE Af\
2 MS 21209—C06I 5
I 1007592-001
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
CAPACITOR VALUES ARE IN ft
RESISTOR VALUES ARE M OHMS
TOLERANCES ON
rr
00 NOT SCALE THB DRAWM8
INSERT. SCREW THi
FRAME_
MANNED SPACECRAFT CENTER
FRAME .
RELAY MODULE
1007592
mm
uzo
-gf 101A THRU
-»g72 0IA T hAU
_.I00 D
k .080
\8 PLACES
“SEE DETAIL C
.. >25 DIA THRU—
BuT h SiuES
BHOLES
—?TAP THRU FOR N0.2Q086)-56NC-2B
CSK 90* TO JOO DIA
._a Places see note b a no b
—.078
4 PLACES
4 SPACES AT
TOL. NON CUMULATIVE
.079 DIA xjg DEEP.
CSK 82* X .091 DIA
2 HOLES
8 PLACES
-TAP F0RN0i6(l38)-32NC-2»
I '/2DIA INSERT 2 PLACES
SEE NOTES 6,^# 8
J080—| U88
2PLACES I 2 PLACES
/-*, -“
-fc K-J063
2PLAC
«- - 1/
I I 1252 I I T
1.077 L248 1.002
U177 I I * 9 ? 8 I
1.373 1.127 -8 77
, IJ23 .873
.939
.935 I
I 1.314
r 1064 1.310
.439 ••D 60 I
•4?5 I
I 2J89
1.939 2J85
L935 I
.005 R MAX-
2 PLACES
SECTION A-A
DETAIL B
SCALE 2 /I
NOTES
L INTERPRET DRAWING IN ACCORDANCE-WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. MATERIAL: MAGNESIUM ALLOY ZK-60A-T5 PER QQ-M-31
3. REMOVE ALL BURRS AND BREAK SHARP EDGES .00^015
4. UNLESS OTHERWISE SPECIFIED ALL FILLETS AND RADII .010 MAX
5. UNLESS OTHERWISE SPECIFCO '4&'alL OVER
6. FINISH: ANODIZE PER MIL-M-45202, TYPE I, CLASS C ALL THREAOED HOLES TO BE FREE OF ANODIZE
7. INSTALL FIND NO.2 PER MS3364G. BREAK OFF TANG
J3. COAT THREADS AND FIND NCL2 WITH MIL-P-8585, WET ZINC CHROMATE PRIMER
9. IDENTIFY PER NO 1002019
DETAIL C
SCALE 4/\
MS 21209—C0615
1007592-001
UNLESS OTH ER W ISE SPCCtflED
DIMENSIONS ARE IN INCHES
CAPACITOR VALUES ARE IN *f
RESISTOR VALUES ARC M OHMS
TOLERANCES ON
I INSERT. SCREW THQ.L0CKIN6.CRSS T2
[frame 1 \
MANNED SPACECRAFT CENTER
FRAME
RELAY MODULE
-IeI 1007592
APPLICATION
TT
-.37-SEE NOTE 2
' .2k .9 '
+ sr .it* , I
.24 JO
> + + 3
^ 4?l + 4 ?
>v*>
+ ^0 + *+ I
WIRE LIST
S?
o ^ 0 _ o
o | o
applicable dash no.-
1. INTERPRET DP AWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
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3. MARK .I40/.I00 HIGH BLACK CHARACTERS PER ND 1002019. CENTRALIZE AS SHOWN
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MARKING VIEW
_l_ IQI07II — I
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25 1010738 - 5
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CAPACITOR VALUES ARE IN ,f
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TOLERANCES ON DRAWN (A*
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list of materials ____
MANNED SPACECRAFT CENTER
LAB HOUSTON. TEXAS _
CONNECTOR, PLUG, ASSY
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™ 80230 E 1007593
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4 . UNLESS OTHERWISE SPECIFIED ALL FILLETS AND RADII .00 MAX
$. UNLESS OTHERWISE SPECIFIED I2j/ ALL OVER
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ft COAT THREADS AND FIND NO-2 WITH MIL-P-8585, WET ZNC CHROMATE PRIMER
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1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED
BY MIL-D-70327
2. WELD PER ND 1002005
•• 3. CRIMPED CONNECTIONS SHALL MEET REQUIREMENTS OF NDI002206
4. STAKE FIND NO. 2,3 AND 4 TO FIND NO. I AND FILL CAVITIES PER
ND 1002009 METHOD C
5. AR DENOTES AS REQUIRED
6. ENCAPSULATE MODULE PER ND 1002036 CURIN6 CYCLE A
7. MARK .I00/.060 HIGH WHITE CHARACTERS PER ND 1002019 AND SERIALIZE
PER ND 1002023. CENTRALIZE AS SHOWN
8. MARK FIND NO. 6 AS INDICATED PER NDI0020I9
9. UNLESS OTHERWISE SPECIFIED. WIRING SHALL MEET THE REQUIREMENTS
OF ND 1002069
MARKING VIEWS
8
7
6
5
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BUFFER RESISTORS
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SIZE NASA DRAWING NO.
D 1007597 1
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1. interpret drawing in accordance with standards prescribed
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2. WELD PER ND1002005
3 CRIMPED CONNECTIONS SHALL MEET REQUIREMENTS OF NCI002206
4 STAKE FIND NO 2,3 AND 4 TO FIND NO. I AND FILL CAVITIES PER
ND 1002009 METHOD C
5. AR DENOTES AS REQUIRED
6 ENCAPSULATE MODULE PER ND 1002036 CURING CYCLE A
7 MARK .100/ 060 HIGH WHITE CHARACTERS PER ND 1002019 AND SERIALIZE
PER ND 1002023. CENTRALIZE AS SHOWN
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a UNLESS OTHERWISE SPECIFIED, WIRING SHALL MEET THE REQUIREMENTS
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1 MS35335-58 _
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5 1010628-33 _
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6 . IDENTIFICATION MARK"ASSY 1007599 WITH APPLICABLE DASH NUMBER" PER NDI0020I9 ANO SERIALIZE
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8 MOUNTING TORQUE FOR FIND NO. 8 IS 6.5 M. LBS.
9 BEFORE WIRING COVER PORTION OF FIND N0.8 WITHIN THE END CONNECTOR WITH SILICONE RUBBER
PER ND 1002009, METHOD “C“ USING FIND NUMBERS 33 AND 34.
10 A»PLY EPOXY PER ND 1002187 USING FIND NUMBERS 31 AND 32 TO BOND FIND NUMBERS 15 AND 16
t C FIND NO 2, AROUND LENGTH OF NOTED SURFACES, BEHIND CONNECTORS 56JII THRU 56J20 TO
HEIGiTH SUFFICIENT TO COVER NYLON INSULATORS BUT NOT TO EXCEED MAXIMUM DIMENSION SHOWN
ON WRAPOST, AND IN MANUFACTURING HOLE.
11. WIRE WRAP PER ND 1002031 SEE DWG 1021793 FOR ROUTING OF FIND NUMBERS 29AND 30
12. CRIMP PER ND 1002206.
i3 FIND NUMBERS 29 AND 30 MUST NOT EXCEED MAXIMUM ENVELOPE SHOWN ON SHEET 2
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FIND NUMBERS 4 THRU 10
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“ INSERT. SCREW LOCKING _
' SCREW. FLAT HEAD, HEX SOCKET
' SCREW. BUTTON HEAD _
‘ SCREW, BUTTON HEAD _
' TRAY STOP _'
' TRAY STOP _|
" PIN. LOCATING _]
" CONTACT, ELEC, FEMALE Y.RAPOST
~ INSULATOR. BUSH.,FEMALE WRAPOST '
~ CONTACT. WRAPOST. FEMALE, MIN
" INSULATOR. WRAPOST. FEMALE. MIN
" PIN. STEP _'
" BOTTOM PLATE ASSY _'
" FRONT PLATE ASSY_'
MANNED SPACECRAFT CENTER
END CONNECTOR ASSY
1007599 C
1015086 j 1015086
JulbfaiiUS
80230 J
1007599
2
1007599 ID
19 ) SEE MOTE (5
21 j SEE NOT JS
E\5(zo)-\
22 ) 12 EACH REQ'D
<=.+++ Ill Z.JA + Zi + + + + + ■*■ ^ ♦♦♦♦♦♦« 44 + + +
b
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VIEW A-A
PARTIAL SECTION C-C
SCALE:10/1
IDENTIFICATION MARK-
SEE NOTE 6
PARTIAL SECTION D-D
SCALE IO/I
-^>0) noTioit
NOTES:
I. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. ALIGNMENT BETWEEN FIND NUMBERS I AND 2 TO BE FLUSH TO .010 MISALIGNMENT
3. COAT THREADS AND FIND NO. 14 WITH MIL-P-8585 WET ZINC CHROMATE PRIMER
4. INSTALL FIND NO. 14 PER MS33646. BREAK OFF DRIVING TANG
5. M0UNTIN6 TORQUE FOR FIND NO. 13: 35T040INCH POUNDS
6. IDENTIFICATION MARK "ASSY 10 07599 WITH APPLICABLE DASH NUMBER* PER NDI0020I9 AND SERIALIZE
FIND NUMBERS I AND 2 SEP NO XX*X-XX PER ND 1002023 USING WHITE CHARACTERS
7. INSTALL FIND NUMBERS 4 , 5, 6 AND 7 PER ND 1002136
8. MOUNTING TORQUE FOR FIND NO. 8 IS 6.5 N. LBS.
9 BEFORE WIRING COVER PORTION OF FIND N0.8 WITHIN THE END CONNECTOR WITH SILICONE RUBBER
PER ND 1002009, METHOD "C* USING FIND NUMBERS 33 AND 34
10 . APPLY EPOXY PER ND 1002187 USING FIND NUMBERS 31 AND 32 TO BOND FIND NUMBERS 15 AND 16
TO FIND NO. 2. AROUND LENGTH OF NOTED SURFACES, BEHIND CONNECTORS 56 JM THRU 56J20 TO
HEIGHTH SUFFICIENT TO COVER NYLON INSULATORS BUT NOT TO EXCEED MAXIMUM DIMENSION SHOWN
ON WRAPOST, AND IN MANUFACTURING HOLE
11. WIRE WRAP PER ND 1002031 SEE DWG 1021793 FOR ROUTING OF FIND NUMBERS 29AND 30
12. CRIMP PER ND 1002206.
13 FIND NUMBERS 29 AND 30 MUST NOT EXCEED MAXIMUM ENVELOPE SHOWN ON SHEET 2
14 ASSEMBLE AND TEST PER ATP 1015086
15. USE F ND NO. 35 AND ITEM N0.8 OF DRAWING F/H 1015088 IN SPARE CONTACT CAVITIES FOR CONNECTORS
5£w22 ; 56J23 AND 36J24.
DATUM PLANE A
FIND NUMBERS 4 THRU 10
NOT SHOWN
FIND NUMBERS 4 T
SH.)WN
3 REQ'D (j6
SEE NOTE 10
PARTIAL SECTION B-B
SCALE: 2/1
.- (IT) 4 REQto
. SEE NOTE 10
1007599
ITIAL SECTION F-F
SCALE: 2/1
PIN Al
4 PLACES
L a : 669ZOOJj
f THIS SHEET ADOEP PER
C TDRR /frVW _
D REVISION STATUS CHANGED
PARTIAL SECTION E-E
SCALE: 2/1
©THIS SHEET ADDED
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' FRACTIONS DECIMALS^ DATtf^V
^ y*~f /VaRAT
- DO NOT SCAU THIS DRAWING APWKWAI
MANNED SPACECRAFT CENTER
END CONNECTOR ASSY
u«»
80230 J
1007599
1007599
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DATUM PLANE A
,® ®
19 ) SEE NOTE 15
21 ) SEE NOTE 15
22 ) 12 EACH REQ’D
l" t -i-
TAP FIND NO. I FOR—>
NO. I0(.I90)-32NF -2B
2 DIA INSERT. LOCATE
FROM FIND NO. 2
4 HOLES
SEE NOTES 3 AND 4
.‘of33 D,A X 390 DEEP ^
LOCATE FROM FIND NO.2
4 HOLES
FIND NUMBERS 4 THRU 10
NOT SHOWN
• OOO
® ©
FIND NUMBERS 4 THRU 10 NOT
SHOWN
DATUM PLANE A
^E lOTE 1C
!<*> REQ*D
SEE NOTE 0
REPLACES WORD DWG
- REPLACES WORD DWS REV A fa /
PER TDRR /V</SY ^ v -
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n REVISED PER TDRR 20545. 2 jutr'wjR^
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1010956-1 _
1006835 _
1006720 _
1010679 _
1010661 _
1015088 _
1021791 _
MS35335-58
MS35335 - 57 _
MS35649-64 _
MS35649-44
1010628 - 34 _
1010628 - 33 _
1010618- 15 _
1010844-004
1010844- 003
1010844- 001
1008583 _
1007583 _
1008 232 _
1008231 _
MS2I209 -FI -20
1010731-296
1010618 - 17
1010618 - 14
1008574 -002
1008574 -001
1008163 _
1010379-5
1010380 _
1006781-3 _
1006774 _
1008153 _
1007565 _
1007562
UNLESS OTHCRWISF SPCClFttO
- WMENStONS ARE M INCMfS
_ TOLERANCES ON
ENACTIONS DECIMALS AN
* — *.005 *<
PARTIAL SECTION A-A
SCALE: 2/1
PLUCySEALINC _
AGENT. CURING
COMPOUND. SILICONE _
ADHESIVE. ACTIVATOR _
EPOXY RESIN _
WIRE LIST CC
' WIRE LIST BB ______
' WASHER. LOCK. EXT TOOTH _
' WASHER. LOCK. EXT TOOTH _
' NUT, PLAIN HEX _
' NUT. PLAIN HEX _
' SCREW. FLAT HEAD __
' SCREW. FLAT HEAP _
~ SCREW, BUTTON HEAD _
' CONNECTOR RECEPTACLE ELEC
' CONNECTOR RECEPTACLE ELEC
" CONNECTOR RECEPTACLE ELEC
" SPACER __
" CONNECTOR P LATE ASSEMBLY
" CAR PROTECTS
" CAR PROTECTIVE _
~ INSERT. SCREW LOCKING _
" SCREW, FLAT HEAD. HEX SOCKET
" SCREW, BUTTON HEAD _
" SCREW, BUTTON HEAD _
~ TRAY STOP _
" TRAY STOP __
“ PIN. LOCATING _
“ CONTACT. ELEC. FEMALE WR/
” INSULATOR. SL'SH.,FEMALE WR* '
~ CONTACT. WRAPOST, FEMALE. M N
~ INSULATOR. WRAPOST. FEMALE. MIN
~ PIN. STEP _
~ BOTTOM PLATE ASSY _
“ FRONT PLATE ASSY_
MANNED SPACECRAFT CENTER
END CONNECTOR ASSY
. jLtastJiliitoX
1015086 1015086
1007599 E
80230 I J 2 |
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3
1007599 IE
6
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::::
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. + R
VIEW A-A
PARTIAL SECTION C-C
SCALE:IO/I
IDENTIFICATION MARK
SEE NOTE 6
PARTIAL SECTION D-D
SCALE IO/I
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. ALIGNMENT BETWEEN FIND NUMBERS I AND 2 TO BE FLUSH TO .010 MISALIGNMENT
3. COAT THREADS AND FIND NO. 14 WITH MIL-P-8585 WET ZINC CHROMATE PRIMER
4. INSTALL FIND NO. 14 PER MS33646. BREAK OFF DRIVING TANG
5. MOUNTING TORQUE FOR FIND NO. 13: 35T04OINCH POUNDS
6. IDENTIFICATION MARk"ASSY 1007599 WITH APPLICABLE DASH NUMBER" *ER ND1002019 ANO SERIALIZE
FIND NUMBERS I AND 2 SEP NO xx*X-XX PER ND 1002023 USING WHITE CHARACTERS.
7. INSTALL FIND NUMBERS 4, 5, 6 AND 7 PER ND 1002136
8 MOUNTING TORQUE FOR FIND NO. 8 IS 6.5 N. LBS.
9 BEFORE WIRING COVER PORTION OF FIND NO* WITHIN THE END CONNECTOR WITH SILICONE RUBBER
PER ND'002009, METHOD "C" USING FIND NUMBERS 33 AND 34.
K). APPLY EPOXY PER ND 1002187 TYPE H USING FIND NUMBERS 31 ANO 32 TO BONO FIND NUMBERS 15 ANO 16
TO FIND NO. 2. AROUND LENGTH OF NOTED SURFACES, BEHIND CONNECTORS 56JII THRU 56J20 TO
HEIGHTH SUFFICIENT TO COVER NYLON INSULATORS BUT NOT TO EXCEED MAXIMUM DIMENSION SHOWN
ON WRAPOST, AND IN MANUFACTURING HOLE
11. WIRE WRAP PER ND 1002031. SEE DWG 1021793 FOR ROUTING OF FIND NUMBERS 29AN0 30
12. CRIMP PER ND 1002206.
13 FIND NUMBERS 29 AND 30 MUST NOT EXCEED MAXIMUM ENVELOPE SHOWN ON SHEET 2.
14 ASSEMBLE AND TEST PER ATP 1015086
15. USE F ND NO. 35 AND ITEM N0.6 OF DRAWING P/N 1015068 IN SPARE CONTACT CAVITIES FOR CONNECTORS
56<j22,56J23 AND 56J24.
19 ) SEE NOTE 15
21 ) SEE NOTE 15
22 j 12 EACH REQ'D
DATUM PLANE A
FIND NUMBERS 4 THRU 10
NOT SHOWN
FINO NUMBERS 4
SHOW
3 REQO (j6^
SEE NOTE 10
PARTIAL SECTION B-B
SCALE: 2/1
1 - C1T) 4 REQ'D
SEE NOTE D
1007599
I #
3 , 66SZ00I
“* r THIS SHEET ADDED PER ’*f 2 j , u\J
C TDRR (Ui. ~T _
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£ e£V/f/Of/ s~rarus z/savo*#
QTY
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PART OR
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FIND
NO.
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DIMENSIONS ARE IN INCHES
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db ±i ale
DO NOT SCALE THIS DRAWING
MATERIAL
I HEAT TREATMENT
I FINAL FINISH
■1-- --1. ...*...
LIST OF MATERIALS
M 1 T
INSTRUMENTATION LAB
Cambiums, Mass.
MN. HO. CONTRACT
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
OMMmyjQfltm, _PftTE
CHECKED
approval
approval Jl&StiLjk/hL-
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ASSEMBLY
(100 SERIES)
NASA APPROVAL
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CODE IOENT NO.
SIZE
C
NASA DRAWING NO.
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SCALE
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8
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-SEE NOTE 6
SEE NOTE 8 —
.000 TO.030r
A4
| UNLESS OTHERWISE SPECIFIED: WIRING ^HALL MEET THE
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Z. INTERPRET DWG.tkl ACCORDANCE WITH STOS PER. MIL-D-70327
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4 TRANSISTORS TO ©E CEMENTED IN PLACE PER. ND1002004, TYPE I
5. ALL WELOEO CONNECTIONS TO BE MADE PER ND 1002005
6. ENCAPSULATE MODULE PER NDI0020O2 (BLACK POLYURETHANE FOAM).
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE
NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN
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7 MARK PIN NUMBERS *o2o HIGH(WHTO) ALL OTHER CHARACTERS .loo H,GH (WHITE) PER
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8 .'VCiCATlD AREA TO ez FREE OF £A/CAESULA*TtOA/
9 AR DENOTES AS REQUIRED
10. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
BLACK DOTtoROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING.
11. ON ITEMS 2 & 3 :
©ROK.EN PATHS INDICATE. SLEEVING
"K." INDICATE.© CATHOOe SlOE OF Dl006
FT ( ) INDICATE-S FEED THRU
PL0S(/O INDICATE-© POSITIVE. END OF CAPACITOR.
&" INDICATE© ©ABE. LEAD OF TRANSISTOR.
'C' •» COLLECTOR « ** •*
n E.KAITTE-R. "
MINUS (-) INOlCATEB NEGATIVE END OF CAPACITOR .
12. ASSEMBLE PER HO 1002136
13. PROCURE PER PS 1015123.
14. BOND FIND NO. 44 TO FIND NO. 3S PER ND 1002237.
15. TYP SLEEVING FOR FIND NO. 16,18-20,22-24,21,28,30-32
16 CLEAN MODULE WHERE POSSIBLE BV DEGREASING WITH FREON AND ISO-PROPYL ALCOHOL.
APPLV ADHESIVE TC FRAME ON ALL AVAILABLE FCAM CONTACT SURFACES TO WITHIN .03 INCH
i 03 EXTERNAL EDGES MODULE AND TO A DEPTH OF ,E5 MlN IN FROM EDGES. USE ADHESIVE PER ND 1002167TVPE tt.
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2
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100 6750- 26
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1006750-66
2
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1006730-44-
2
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1010364-757
2
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1006750-73
Z
19
1006750-72
2
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1006750-34
2
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1010364-727
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2
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1008594
SCHEMATIC,ELECTRICAL
RES ISTOR
CAPACITOR _
GASKET. COHUECT Ol2.-mMI AUie£__
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I QUANTITY REQUIRED I
I UNLESS OTHERWi:
1007578 I
NEXT ASSY I USED ON
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- - - CHECKED
APPROVAL
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MATERIAL
. NASA APPROVAL ilI
7SS -79 .CAPACITOR_
54 VVAFFR UPP r P _
95 Wft P ER - LOWE R_
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IDENTIFYING NOMEN . ATURt
UMBER _ i M IX SCRIPT IQ*. _
LIST OF PARTS AND MATERIALS _
MANNED
ON -AM SPACECRAFT CENTER
_ HOUSTON TEXAS _
RESOLVER ORIVE AMPLIFIER
~^B6s MODULE ^©5Y
CODE IDENT NO SIZE
. 80230 E
1007651
8
6
3
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3. UNLESS OTHERWISE SPEClFlCO COMPONENTS TO BE CENTRALIZED
BETWEEN ITEMS 2 8(3.
4 TRANSISTORS . TO BE CEMENTED IN PLACE PER. ND1002004, TYPE I
5. ALL WELDED CONNECTIONS TO BE MADE PER KID 1002005
6 ENCAPSULATE MODULE PER ND1002002 (BLACK POLYURETHANE FOAM)
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE
NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN
THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION
BETWEEN ANY HEATSINK SURFACE AMD ITS RESPECTIVE ENCAPSULANT SURFACE SHALL NOT
EXCEED .015. REMOVE ALL FLASHING. \
7 HARK PIN NUMBERS gJS, HIGH (WHITE) ALL OTHER CHARACTERS \%% HIGH (WHITE) PER
MO 1002019 AND SERIALIZE PER HD 10020Z3, CENTRALIZE AS SHOWN.
8 . 'A/DiCATlD AREA TO be FREE OF EA/CAPSULAT/OA/
9. AR DENOTES AS REQUIRED
10. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
BLACK DOTlCROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING.
11. on items e & 3 :
BROKEN PATHS INDICATE SLEEVING,
INDICATES CATHODE SlOE OF DIOOE
FT O INDICATES FEED ThRO
PuiSOO indicates Positive end of capacitor.
INDICATES BASE LEAD OF TRANSISTOR.
'C' •» COLLECTOR * *• *
•* EMITTER. «
MINUS (-) INDICATES NEGATIVE EHiO OF CAPACITOR.
12. ASSEMBLE PER ND 1002136
IS. PROCURE PER PS IOI5I23.
14. BOND FIND NO. 44 TO FIND NO. 3S PER ND IQ02237.
15. TYP 5LEEVIN6 FOR FIND NO. 16,18-20,*2-24,27,28,30-32
SU ES WltH IN^bVcH
^XoDmle^d tqTbzpvi ^^minn fbom edge*. U5£ a^e^ve P(
— FT 6
— FT 7
SECTION
-SEE NOTE 7
RESOLVER. DRIVE
AMPLIFIER
— 1007651
REV. _)_
SERIAL NO-
-XPFUCKBLE
DXSH NO.
scale z: I
17. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL
Alcohol prior to encapsulation.
ifl FXCPPT FOR THE HELICOIL MOUNTING SURFACE, PAINT ALL SURFACES PER
’ TYPE n, AFTER ENCAPSULATION, USING BLACK PA |N T A ^ ’ O ^ 7 B 2 F 9 :f« 0 ^5 ^ w r
FOR EIGHT HOURS. CONNECTOR PIN BLADES AND INSULATORS TO BE FREE FROM PAINT.
REVISED PER TDRR <?~i3
‘ REVISED PER TPRR
10)0364-67
I00fe755-I34
I00 8S4-0-T2~
100 6776-22
1010364- 693
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1006 776-2/
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1015135-015
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1006750-12
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100 6750 -56
100 6750- 26
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1010368-115
1006750-66
1006750-44
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1010964-757
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1006750-84
1010364-727
1006750-77
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1010338-2
1010357-1
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1010372-24
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1010359- IS
1010409-33
1QIOS5S-21
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SPACER_
RESISTOR. FIXED
TRANSISTOR _
semiconductor device
CAPACITOR _
_ WAF ER- UP PER
" WAFER-LOWER
FRAME
LIST OF PARTS AND MATERIALS
MANNED
SPACECRAFT CENTER
HOUSTON. TEXAS
F£R
11007576
I NEXT ASSY
DO NOT SOME THIS DRAWING IAPPROVM.
RESOLVER OR WE AMPLIFIER
MODULE. AS5Y
DOE I DENT NO SIZE
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-SEE NOTE 6
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| UNLESS OTHERWISE SPECIFIED: WIRING ^HALL MEET THE
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Z. INTERPRET DW6.1N ACCOGDMslCE. WITH STOS PER. MIL-D-70327
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BETWEEN ITEMS 2 % 3 .
4 TRANSISTORS TO BE CEKAEWTEO IN PLfcCS PER. ND1002004, TYPE I
5. ALL WELDED CONNECTIONS TO BE MADE PER KID 1002005
6 . ENCAPSULATE MODULE PER NDI0020O2 (BLACK POLYURETHANE FOAM).
UNLESS OTHERWISE SPECIFIED PERIPHERAL ENCAPSULANT DIMENSIONS MAY EXCEED THE
NOMINAL HEATSINK WIDTH AND LENGTH DIMENSIONS BY A MAXIMUM OF .005. WHEN
THE HEATSINK OUTLINE EXCEEDS THE ENCAPSULANT OUTLINE, THE MAXIMUM DIMENSION
BETWEEN ANY HEATSINK SURFACE AMD ITS RESPECTIVE ENCAPSULANT SURFACE SHALL MOT
EXCEED .015. REMOVE ALL FLASHING. 4
7 MARK PIN NUMBERS ’oto WISH (WHITE) ALL OTHER CHARACTERS loo HIGH (WHITE) PER
MD1002019 AND SERIALIZE PER NO 1002023, CENTRALIZE AS SHOWN.
t.tVDtCATED ARE* TO EE FREE CF CMCAPSULATlOM
9 . AR DENOTES AS REQUIRED
10 WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
BLACK DOTfcROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING.
II. ON ITEMS 2 & 3 I
BGOK.EU PATHS IKIOICATE. SLEEVIKJC,
'k_* indicated cathooc sioe. or Piooe.
FT o INJPICATE-S FEED THGZ.O
PLUS(t) INDICATES POSITIVE BUD OF CAPACITOR..
INDICATES BABE LEAD OF TRANSISTOR.
0 c * »» COLLECTOR - - H
M E.MITTET2. -
MINUS (-) INOlCATES NEGATIVE ENO OF CAPACITOR .
"GZO\ fO&
ris7 VjH
'cnN /^R 39 \ ^R 26 \
r^7 V 46 "7 VJ23> V21I7
5 E.CT>OV 4 A'A
.SEE NOTE 7
RESOLVER. OGIVE
AMPL|lF»EG
- 1001651^:3^:
REV. _|-
SERIAL NO-
-appuckbli
DASH NO.
SCALE 2:I
|7 CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL
AlCOHOL PRIOR TO ENCAPSULATION.
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QTY PART OR
REQDI identifying no.
MATERIAL
OR NOTES
NOMENCLATURE OR
DESCRIPTION
LIST OF MATERIAL!
UNLESS OTHERWISE SPECIFIED
DIMENSIONS, ARE IN INCHES
CAPACITOR VALUES ARE IN pf
RESISTOR VAtUES ARE IN OHMS
TOLERANCES ON
FRACTIONS DECIMALS ANGLES
± dt *
DO NOT SCALE THIS DRAWING
MIT
INSTRUMENTATION LAB
CAMBRIDGE. MASS.
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
COU RESOLVER
SIGNAL CONDITIONER
1007700
APPLICATION
APPROVED ,
MIT J
APPROVED
MSC
CODE IDENT NO. SIZE
80230 c
DRAWING NO.
1007660
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REVISIONS /f 77 j
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NOMENCLATURE OR
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DIMENSIONS' ARE IN INCHES
CAPACITOR VALUES ARE IN
RESISTOR VALUES ARE IN OHMS
TOLERANCES ON
FRACTIONS DECIMALS ANGLES
' ± * * ±
00 NOT SCALE THIS DRAWING
MATERIAL
MIT
INSTRUMENTATION LAB
CAMBRIDGE. MASS.
LIST OF MATERIALS
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
NEXT ASSY j USED ON
APPLICATION
DRAWN XtoAjyyL
l -
CHECKED
APPROVED
g—
(■ t'<»'
APPROVED
CDU RESOLVER
SIGNAL CONDITIONER
S b*'•?:
CODE IOENT NO.I SIZE
B0230 C
DRAWING NO.
1007660
n
- 9.200 REF-
g) -THo]
CDU RESOLVER
SIGNAL CONDITIONER ASSY
1007660
S/N
MARKING VIEW
SCALE l : l
APPLICABLE DASH number
SEE NOTE 17
SECTION C-C
©
REPLACES WORD DWG
REV
—“*♦» «* * " " ■ 'T 'if l iu pw
O07660 r
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
1.750 REF
ZONE
LTN
REVISIONS
DESCRIPTION
OATE
APPNOVFO
£
r C.^c.^CS'S ~s/a C
TOtT* 3 ^>103 .
CHG NO
• • *
—
—
—
SI
—
—
1010241
SCHEMATIC
pr
52
1010393-021
CAPACITOR
i
51
1010372-13
DIODE
i
50
1010362-001
DIODE
9
49
1010397-1
TRANSISTOR
10
48
1010367
TRANSISTOR
4
47
1008832
TRANSFORMER
1
46
1010710
TRANSFORMER
T 1
45
1010324
TRANSFORMER
5
44
1010323
TRANSFORMER
4
43
1010364-769
RESISTOR
4
42
1010364-707
RESISTOR
9
41
1010364-515
RESISTOR
1
40
1010364 -439
RESISTOR
1
39
1010364 - 365
RESISTOR
A
38
1010364-653
RESISTOR
1
37
1010364-319
RESISTOR
4
36
*010311 -291
RESISTOR
12
35
1010 311 -126
RESISTOR
4
34
I0I03IK SEE NOTE 12 )
RESISTOR
2
33
1006750-75
RESISTOR
|
32
1006750-73
RESISTOR
'
“ 4 ""
31
1006750-68
RESISTOR
....
4
30
1006750-65
RESISTOR
4
29
1006750-56
RESISTOR
2
28
1006750-48
RESISTOR
8
27
1006750-39
RESISTOR
8
26
1006750-36
RESISTOR
2
25
1006750-25
RESISTOR
4
24
10104IO(SEE NOTE 12)
CAPACITOR
4
23
1010410 • 9
CAPACITOR
1
22
1010393-037
CAPACITOR
2
21
1010393-033
CAPACITOR
8
20
1010279-16
CAPACITOR
4
19
10067 55-69
CAPACITOR
e
18
1006755-34
CAPACITOR
4
17
1006755-31
CAPACITOR
AR
16
1006776-22
INSULATION. SLEEVING. ELECTRICAL
AR
15
1006776 - 21
INSULATION, SLEEVING. ELECTRICAL
AR
14
1010848 -2
WIRE. ELECTRICAL
AR
13
1006757 -1
WIRE. ELECTRICAL
1
12
1010779 - 12
CONNECTOR. RECEPTACLE,ELECRICAL
1
II
2008093 - 002
TERMINAL THREADED
10
1010 618 - 4
SCREW
4
9
I0C8I6I - 4
SCREW
16
8
1008161 “ 1
SCREW
2
7
1008297
SPACER
8
6
1015135 - 014
SPACER
1
5
1008646
WIRING BOARD D
1
4
1008645
WIRING BOARD C
1
3
1008644
WIRING BOARD B
1
2
1008643
WIRING BOARD A
1
1
1008166
FRAME
Oil
EFFEC-
NO
PART OR IDENTIFYING
NUMBER
NOMENCLATURE
OR DESCRIPTION
QUA
NTITY
REQL
IIRED
TIVITV
I LIST OE PARTS AND MATERIALS
USS OTHERWISE SPECIFIED
’■FRACTIONS DECIMALS ANGLES
DO NOT SCALE T
contract NAS 9-497
INSTRUMENTATION LAS
‘■ si
MIT APPROVAL 1
MANNED
SPACECRAFT CENTER
HOUSTON. TEXAS_
CDU RESOLVER
SIGNAL CONDITIONER
[code I dent no
80230
1007660
8l
<0 c
ft
N
p *
I
V
15
14
13
L
46
SEE NOTE IS
T
15
14
13
08dY00l
23
22
21
24
1
J.
I
1
!
i
I
c
v
R37.R38.R39.R40 |
PART
NUMBER _
VALUE
OHMS
I I0I03II - 296]
59.0
K
- 297
60.4
K "
- 298
61 .9
K
- 299
63.4
K
- 300
64.9
K
- 301
66.5
K
- 302
68. 1
K
- 303
69.8
K
- 304
71 .5
K
- 305
73.2
K
- 306
75.0
K
- 3071
76.8
K
- 308
78.7
K
- 309
80.6
K
- 310
82.5
K
- 31 1
84.5
K
- 312
86.6
K
\
- 31 3
88.7
K
I I0I03II - 314
90.9
K
CONNECTOR
WIRING DATA
FROM
TO
CIRCUIT
CIRCUIT
POINT
POINT
PI - 1
El
PI - 2
E2
PI - 3
E3
PI -4
E4
PI - 5
E5
PI - 6
E6
PI - 7
E7
PI - 8
E8
PI - 9
E9
PI -K>
EK)
PI - II
Ell
PI - 12
EI2
PI - 13
EI3
PI - 14
EI4
PI -15
EI5
PI - 16
EI6
PI - 17
EI7
PI - IB
EI8
PI - 19
EI9
PI - 20
E20
PI -21
SPARE
PI -22
E22
P 1 -23
SPARE
PI -24
SPARE
PI -25
E25
NOTES:
I. INTERPRET ORAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY
MIL-D-70327.
2 WELD PER ND 1002005.
3 l ENCAPSULATE PER NO 1002002 (BLACK). REMOVE FLASHING.
4. MDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND.
& COMPONENTS HAVING BUTT WELDEO LEADS MUST BE POSITIONED SO
THAT THE RIBBON WELD OCCURS ON WELDABLE PORTIONS OF LEAO.
G. AR DENOTES AS REQUIRED.
FT DENOTES FEEDTHRU.
K DENOTES CATHODE SIDE OF DIODE.
(+) DENOTES POSITIVE SIDE OF CAPACITOR.
7. MARK .100/. 140 HIGH (WHITE) CHARACTERS PER ND 1002019 AND
SERIALIZE PER NO 1002023. CENTRALIZE AS SHOWN.
6 . CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND
ISOPROPYL ALCOHOL PRIOR TO ENCAPSULATION.
9. EXCEPT FOR MODULE MOUNTING SURFACE, PAINT ALL SURFACES PER
ND 1002279, USING 1010992 PRIMER AND 1008809-4 PAINT.
CONNECTOR AND PINS TO BE FREE OF PAINT.
10. MOUNTING TORQUE FOR fIND NO. II TO BE 15-20 INCH OUNCES.
II TRIM UNUSED LEADS OF FIND NUMBERS 12 , 44, AND 48 .060/100 FROM CASE.
12. SELECT C5,C6,C7,C8, R37,R38.R39, AND R40 PER APPLICABLE PS FROM
APPROPRIATE CHART.
II UNLESS OTHERWISE SPECIFIED,COMPONENTS 8HALL BE CENTRALIZED
BETWEEN THE WIRING BOARDS.
14. BOND 01,04,010,016,TI,T4,T5.T8,T9, AND TI2 TO FIND NO. 2 PER NO 1002004 ,TYPE I
15. BOND 05,08.09. AND 015 TO FIND NO. 3 PER NO 1002004, TYPE 1.
| C5 ,C6 ,C7 ,C8 1
[ PART NUMBER 1
CAP. IN PF
[ 1010410 - 1_1
220
- 2
2 40
- 3
270
- 4
300
- 5
330
- 6
360
- 7
390
- 8
4 30
- 9
470
- 10
510
- II
560
- 12
620
- 13
680
- 14
750
- 15
820
- 16
- 17
1000
- 18
1100
101 <
3410 - 19
1200
16. BOND 02.03,012.014,017,018,019, T2.T3.T6.T7,TIO.TII, AND TI3 TO FIND NO 4 PER
ND 1002004, TYPE I.
17. BOND 06,07,011,013, TI4, AND TI5 TO FIND NO. 5 PER ND 1002004, TYPE 1.
18. TYPICAL FOR ALL RESISTORS, C33.CRI, CR2, AND ALL CONNECTOR LEADS.
19 TYPICAL FOR ALL TRANSFORMER LEADS.
20. TYPICAL FOR FTI , FT8, FT9, FTIO, FT2I , FT28, FT29. AND FT30.
21. LONG FEEDTHRUS TYPICAL FOR FT 19, FT20.FT32,FT33, ANO FT34 ONLY.
22. APPLY WET ZINC CHROMATE PRIMER MIL-P-8585 TO THREADS OF FIND NO. K>
AT INSTALLATION.
23. BONO FIND NO. 5 TO FIND HO. I PER ND 1002004 TYPE I .
24 TYPICAL FOR FT2, FT3, FT4.FT5, FT6, FT7, FTII, FTI2.FTI3, FTI4, FT»,FTI6, FTI7,
FTIO, FT22, FT23, FT24, FT25, FT26, FT27 AND FT3I .
25. COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH AND SHALL
MEET ALL REQUIREMENTS OF PS 1007660.
t-
l*...
Ta [
1
T
23
22
21
1007660 \e
4
3
2
1
LTN DESCRIPTION
e r t£-/>c*C£-S /VC/ft? /rtfv^
c ^ex’ro^p a»iC3 ~ _
F REVISED PER TDRR 27392
COU RESOLVER
SIGNAL CONDITIONER ASSY
1007660 ~ ~ j
8 /N y
NARKING VIEW
SCALE l : l
-APPLICABLE OASH number
111' «*,.*<!
F iPj
1m *
REPLACES WORD DWG
PEV
_ 51 1010372-13
50 1010362-001
49 1010397-1 _
' 48 1010367 _
' 47 1008832
46 1010710 _
45 1010324 _
' 44 1010323 _
43 1010364-769
42 1010364-707
41 1010364-515
40 1010364 -439
' 39 ~ 1010364-365
38 1010364-653
37 1010364-319
36 1010311 -291
' 35 1010 311 -126
34 I0I03II (SEE NOTE 12 ^
33 1006750-75
32 1006750-73
31 1006750-68
30 1006750-65
29 1006750-56
28 1006750-48
27 1006750-39
26 1006750-36
25 1006750-25
24 I0I04I0(SEE NOTEliT
23 1010410 - 9
22 1010 3 93-037
21 1010393-033
20 1010279-16
19 1006755-69
18 1006755- 34
17 1006755-31
16 1006776-22
15 1006776 - 21
14 1010848-2
13 1006757 - I
12 1010779 -12
JJ_ 2008093 - 002
10 1010618 ~ 4
9 1008161 - 4
8 1008161 ~ I
7 1008297 _
_6_ .015135“ 014
5 1008646 _
4 1008645 _
_3_ 1008644 _
-2_ 1008643
I 1008166_
DIODE _
TRANSISTOR _
TRANSISTOR _
TRANSFORMER _
TRANSFORMER _
TRANSFORMER _
TRANSFORMER _
RESISTOR _
RESISTOR _
RESISTOR
RESISTOR ' •
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
RESISTOR _
CAPACITOR _
CAPACITOR _
CAPACITOR _
CAPACITOR _
CAPACITOR _
CAPACITOR _
CAPACITOR _
CAPACITOR _
INSULATION. SLEEVING, ELECTRICAL
INSULATION. SLEEVING. ELECTRICAL
WIRE. ELECTRICAL _
WIRE. ELECTRICAL _
CONNECTOR. RECEPTACLE.ELECRICAL
TERMINAL THREADED _
SCREW
SCREW _
SCREW
SPACER .
SPACER
WIRING BOARD D
WIRING BOARD C
WIRING BOARQ B _
WIRING BOARD A _
FRAME_
r OF PARTS AND MATERIALS
-f FRACTIONS OCCMALS ANGUS! „
MANNED
SPACECRAFT CENTER
HOPS njN, TEXAS_
1007700 _
NEXT ASSY USED ON APPLICABLE
_ APPLICATION DASH NO.
OO NOT SCALE THIS DRAWING I APPROVAL _!
CDU RESOLVER
SIGNAL CONDITIONER
COOE IDENT NO I SIZE
-80230 J, 1007660
jcoNTRACT NAS 9-497 | MIT approval <4.
m 1
1007660
APPLICATION
APOLLO GAN Specification
PS1007660 REV —
Original Issue Date: i 64
Release Authority: TDRR *.$7* y
Class A Release
CODE IDENT NO. 80230
PROCUREMENT SPECIFICATION
PRODUCT CONFIGURATION AND ACCEPTANCE TEST REQUIREMENTS
SIGNAL CONDITIONER, CDU RESOLVER ASSEMBLY
DRAWING NO. 1007660
Record of Revisions
Dote
Revision
Letter
TDRR
No.
Pages
Revised
Approvals 1
MIT
NASA
This specification consists of page 1 to 11 inclusive.
K C. MElZGLhJ
I NASA/MSC I
1 1 /
OS
APPROVALS
APOLLO GAN Specification
PSl007660 REV -
4.2.1.3 Output Loads. Unless otherwise specified, a 1.0 megohm ±1 percent resistor
shall be connected across each output (Hi) and (Lo) pin (See Table I).
4.2.2 Test Applicability. Unless Otherwise specified the tests specified herein shall be
performed on each assembly section. The assembly sections and their respective input
and output pins are listed in Table I.
4.2.3 Nonconforming Units. Failure of the Units to pass any examination or test of this
specification shall automatically classify the unit as nonconforming. Each nonconforming
unit corrected by the contractor shall be reinspected. Reinspection may be limited to the
test or examination,which defined the nonconformance, or, when directed by the cognizant
inspector, a complete retest and reexamination may be required. Nonconforming units which
have not been corrected will be considered for acceptance only upon formal application by the
contractor to the cognizant NASA representative.
4.3 TESTS
4.3.1 Drawing Compliance. The assembly shall be visually examined for compliance to the
requirements of Drawing 1007660. Particular attention shall be given to inspection for nicks,
scratches, burrs, dents, encapsulant defects, contaminants, pin misalignment, and legibility
and appearance of markings.
4.3.2 Workmanship-Vibration. The assembly shall be placed in the vibration fixture and
vibrated along the radial axis as shown in Figure 2 with simple harmonic motion swept from
10 to 2000 cps at a rate of one octave per 15 seconds. The magnitude of the vibration shall be
6. Og rms limited to a 0.4 in pp constant displacement from 10 cps to the crossover frequency.
After vibration, the assembly shall be examined as specified in 4.3.1.
4.3.3 Selection of Capacitors and Resistors. ? Verification by examination dTpartg selection
dfrta shall be performed io^ensure that the requirements specified in 3.2.2.1 and 3.2.2.2 have
been met.
4.3.4 Insulation Resistance. The insulation resistance between all assembly pins, except
pin 1, and the assembly mounting screws shall be measured in accordance with Method 302 of
Standard MIL-STD-202 using a megohm meter having an output voltage of 225±75 vdc and limited
to a short circuit current of 6.0 microamperes. The insulation resistance shall be equal to or
greater than 100 megohms.
4.3.5 Continuity and DC Resistance. Resistance between the pins listed in Table n shall be as
specified when measured with a low voltage resistance measuring device using Method 303 of
Standard MIL-STD-202. To assure a good electrical connection, when measuring between pin 1
and the frame, the anodizing may be penetrated on the top of the module.
4.3.6 DC Current Drain. With all the input (Hi) and (Lo) pins (see Table I) connected together
and the reference voltage off, the do current drain on the 20 vdc supply shall be 6.0±2.0 ma.
rts® v < f* r*s* • < •"»#<*? 5* V-5> tfWcm*'
APOLLO GftN Specification
PSl007660 REV -
b. For assembly section e of Table I, the test shall be performed as follows:
(1) With the Input adjusted to -86 vdc the output shall be measured to determine the
scale factor (E^ - offset). The scale factor shall be determined by calculating
E,
in
the ratio of the output less the offset voltage measured in 4.8.10a(5) and divided
by the input voltage. The scale factor shall also be determined for inputs of
-28, -21, and -14 vdc.
(2) The average scale factor of the four measurements shall be calculated.
Each of the scale factors shall deviate less than 10 percent from the average.
4.3.11 Output Impedance. With the operating voltages applied, the input adjusted tor an
output of 2.600*0.005 vdc, tor dll assembly sections of Tableland thsnfcWOK *1 percent
resistor substituted for £he 1 megohm lbad< resistor* .the output shall not drop below 2.380 vdc.
4. 3.12 Output Ripple. With an output of 2.50*0.05 vdc the ripple voltage of the assembly
sections of Table I, at the output pins, shall be less than 15 mv pp»
4.3.13 Quadrature Rejection. With the input test voltage adjusted to produce an output of
2.500*0.005 vdc in assembly sections a, b, c and d of Table I, the phase of the input test
voltage shall be changed to 90.0* *0.58 leading the reference while maintaining a constant
amplitude. The deviation of the output voltage from the measured offset voltage shall be less
than 87.5 mv do.
5. PREPARATION FOR DELIVERY
5.1 GENERAL. Preparation for delivery shall be in accordance wife Specification ND1002214.
6 . NOTES. None.
JD;jls
11
4
3
2
NOTICK - WHEN GOVERNMENT DRAWINGS. SPECIFICATIONS. OR OTHER DATA
ARE USED FOR ANY PURPOSE OTHER THAN IN CONNECTION WITH A DEFINITELY
RELATED GOVERNMENT PROCUREMENT OPERATION. THE UNITED STATES GOVERN¬
MENT THEREKY INCURS NO RESPONSIBILITY NOR ANY OBLIGATION WHATSOEVER:
AND THE FACT THAT THE GOVERNMENT MAY HAVE FORMULATED. FURNISHED. OR
IN ANY WAY SUPPLIED THE SAID DRAWINGS. SPECIFICATIONS OR OTHER DATA IS
NOT TO BE REGARDED BY IMPLICATION OR OTHERWISE AS IN ANY MANNER
LICENSING THE HOLDER OR ANY OTHER PERSON OR CORPORATION. OR CONVEY¬
ING ANY RIGHTS OR PERMISSION TO MANUFACTURE. USE. OR SELL ANY
PATENTEO INVENTION THAT MAY IN ANY WAY BE RELATED THERETO.
REVISIONS
SYM
ZONE
DESCRIPTION
A
REVISED PER TDRR 22210
1
wn i
DR
CHK
DATE
[ APPROVED |
AU
8 SEP
S5
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ipCOinNOlOin^O^OHOnfl'Ofl'^O'fl'OOOOOOOOOOrlHHHHnNinHiOOONrl^O' COrlvO vD (T» H n ^ in
r>iDiOHr'incNro(Nin^in(Nr^iDCOiN(NCNiNnnnnrnnn(n( r irofnnnnniO'4't N fnf r iTtHnmiflr'inn)Hr-(rHOOHH(NNiN(N
iiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiijiJi
LDininrHvOminininininrHrHinLOlOHrHrHrHrHrHrHrHi-I^HnHrHfHiHf-IrH^f-li-lLOvOinvOVOU^OinirVmP^I^t^r^rHOOOOOOOO
ni^r^ronr^t^r^r'r'r^nnr'fOi^nnnnnnnmnnnnronnnntnnnnr^nrnt^^r'r'i^tNfNnifNi^Tj'Tj'^t'^'i''^^^
O^vOOOvOvDvOvOvOlOOOvOOvOOOOOOOOOOOOOOOOOOOOOOvOOOvOOvOvOlOOOOOOOOOOOOOO
I—lOOf-Hi—lOOOOOOr—IrHOrHOrHiHr-H^Hi—tr—I^Hr—If—IfHi—Ir-HOi—lr-)0<H000»Hr-|rHrHrHnHr-((-Hf-|rHrHf-Hr-|
OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO
1007100
NEXT ASSY
USED ON
APPLICATION
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
CAPACITOR VALUES ARE IN
RESISTOR VALUES ARE IN OHMS
TOLERANCES* ON
FRACTIONS DECIMALS * ANGLES
± ± ±
DO NOT SCALE THIS DRAWING
MATERIAL
QTY
REQD
PART OR
IDENTIFYING NO.
MATERIAL
OR NOTES
NOMENCLATURE OR
DESCRIPTION
FIND
NO.
LIST OF MATERIALS
MIT
INSTRUMENTATION LAB
CAMBRIDGE. MASS.
DRAWN
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
PI PA
SIGNAL CONDITIONER
CODE IDENT NO.
BC230
SCALE
SIZE
DRAWING NO.
1007661
[SHEET | OF 2
\
2
1
REVISIONS
DESCRIPTION
REVISED PER TDRR 22SI0
B
DATE
[ APPROVED I
KB
AU
8 SEP
65
QTY
PART OR
MATERIAL
NOMENCLATURE OR
FIND
REQD
IDENTIFYING NO.
OR NOTES
DESCRIPTION
NO.
LIST OF MATERIALS
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
CAPACITOR VALUES ARE IN
MIT
INSTRUMENTATION
CAMBRIDGE. MASS.
LAB
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
RESISTOR VALUES ARE IN OHMS
TOLERANCES ON
FRACTIONS DECIMALS * ANGLES
drawn / 3/jfi/?iyrU
A'/r9/CS
CHECKED
•
PIPA
db dt -±
APPROVED _
__aft-
SIGNAL CONDITIONER
DO NOT SCALE THIS DRAWING
APPRnvm /y.
MATERIAL
APPROVED /
CODE IDENT NO
80230
SIZE
DRAWING NO.
1007661
APPRDVED fjJ Lr
c
MSC ' (/
DATE
SCALE
[SHEET 2 OF 2
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MENT THERERY INCURS NO RESPONSIRILITY NOR ANY OBLIGATION WHATSOEVER:
AND THE FACT THAT THE GOVERNMENT MAY HAVE FORMULATED. FURNISHED. OR
IN ANY WAY SUPPLIED THE SAID DRAWINGS. SPECIFICATIONS OR OTHER DATA IS
NOT TO SE REGARDED BY IMPLICATION OR OTHERWISE AS IN ANT MANNER
LICENSING THE HOLDER OR ANY OTHER PERSON OR CORPORATION. OR CONVEY¬
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DO NOT SCALE THIS DRAWING
PART OR
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MIT
INSTRUMENTATION LAB
CAMBRIDGE. MASS.
DRAWN
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MATERIAL
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NOMENCLATURE OR
DESCRIPTION
LIST OF MATERIALS
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
PI PA
SIGNAL CONDITIONER
1007700
NEXT ASSY
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MOT ICC - WNKM tOVERNNINT DNAWINM. SPECIFICATION*. OC OTHER DATA
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TOLERANCES ON
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DO NOT SCALE THIS DRAWING
MATERIAL
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NOMENCLATURE OR
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FIND
NO.
LIST OF MATERIALS
MIT
INSTRUMENTATION LAB
CAMBRIDGE. MASS.
DRAWN Vfa/bvnl.
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
PIPA
SIGNAL CONDITIONER
CODE IDENT NO
180230
SCALE
SIZE
DRAWING NO.
1007661
[sheet 2 of 2
l
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I REVISIONS 1
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DESCRIPTION
DATE
APPROVED
D
REPLACES REV C WITH CHANGE
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SIGNAL CONDITIONER
1007661 C1VL
S/N X.
61
— 1
1.750
SEE NOTE •
MARKING VIEW
SCALE l:i
APPLICABLE ASSEMBLY
OASH NUMBER
j-:S?S typsee N0TE 18
-SEE NOTE 22
—
—
—
iSi
—
1010242
SCHEMATIC
^H
mam
n
HHi
68
1008161-1
SCREW.CAP SLOTTED HQ.SPECIAL
B
■■I
67
IOI5I35-OI7
SPACER
66
1008832
TRANSFORMER
•
69
1010710
TRANSFORMER
hi
u
64
1010328
TRANSFORMER
m
KJ
mmm
63
1010324
TRANSFORMER
IB
n
■■h
62
1010323
TRANSFORMER
a
—
61
1010315-1
TRANSFORMER
E
n
■Hi
60
1010397-1
TRANSISTOR
_
mm
mm
59
1010376-3
TRANSISTOR
■H
■h
mm
HiH
56
1010367
TRANSISTOR
Hi
i^|
HI
B
999
57
1010362-001
DIODE
^H
■H
n
■HI
56
1010372-13
DIODE
jH
i
55
1010372-4
DIODE
H'
i
54
1010410-16
CAPACITOR
3
53
1010409 (SEE NOTE 22'
CAPACITOR *
3
52
1010409-12
CAPACITOR
1
51
1010393-044
CAPACITOR
2
50
1010393-037
CAPACITOR
D
“2 1
49
1010393-033
CAPACITOR
“P
48
1010393-029
CAPACITOR
=1
“P
47
1010393-021
CAPACITOR
3
— P
46
1010279-236
CAPACITOR
“P
45
1010279-114
CAPACITOR
1
IP
1010279-7
IAPACITOR
<a
3
43
1010279-5
CAPACITOR
3
I42~
1006755-69
CAPACITOR
6
41
1006755-34
CAPACITOR
“P
40
1006755-31
CAPACITOR
O
1
39
1010267-205
RESISTOR
a
36
1010364-76$
RESISTOR
5z_
10)0364-707
RESISTOR
1
1010364-693
RESISTOR
|IH
m
2
135
1010364-637
RESISTOR
—
S
m
1
34
1010364-619
RESISTOR
B
■i
m
u
■HI
33
1010364-427
RESISTOR
B
IB
■m
32
1010364-403
RESISTOR
'
31
1010364-365
RESISTOR
n
30
1010364-319
RESISTOR
u
29
10103II (SEE NOTE 22]
RESISTOR
a
28
10(0311-315
RESISTOR
3
27
10(0311-291
RESISTOR
c
1
26
1010311-203
RESISTOR
5
25
I0I03II-I26
RESISTOR
2
24
1006750-80
RESISTOR
"IP
23
1006750-75
RESISTOR
4
22
1006750-73
RESISTOR
3
21
1006750-68
RESISTOR
3
20
1006750-65
RESISTOR
3
19
1006750-56
RESISTOR
1
18
1006750-54
RESISTOR
—
2
17
1006750-48
RESISTOR
UJ
1
16
1006750-43
RESISTOR
6
15
1006750-36
RESISTOR
i
8
14
1006750- 25
RESISTOR
1
13
1006750-20
RESISTOR
1
12
1006750-19
RESISTOR
i ^
1
11
1006750-12
RESISTOR
o
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TP
1006776-22
INSULATION,SLEEVING. ELECTRICAL
o
AR
9
1006776-21
INSULATION.SLEEVING .ELECTRICAL
AR
9
1010848-2
WIRE. ELECTRICAL
AR
~T
1006757-1
WIRE# ELECTRICAL
■
1
6
1010779-12
CONNECTOR. RECEPTACLE. ELECTRICAL
■
1
5
2008093-002
TERMINAL, THREADED
n
2
4
1010618-4
SCREW
m
1
3
1008476
WIRING BOARD A
■
1
2
1008475
WIRING BOARD B
■
1
1
100824 7
FRAME
on
EFFEC
ITEM
NO
MRT OR IDENTIFYING
NUMBER
MOMENTA ATURE
OB DESCRIPTION
■
PARTIAL SECTION B~B
1007700
—on—
NEXT ASSY
USED ON
APPLICABLE
DASH NO.
| APPLICATION I
-Fractions dgcmals angles
QUANTITY REQUIRED
UNLESS OTHERWISE SPECIFIED
DO NOT SCALE THIS DRAWING
-HAS.2.:i27-
—-U 1 T"..
•NBTNUMtNTATION LAB
MANNED
SPACECRAFT CENTER
HOUSTON. TEXAS
PIPA ]
.SIGNAL CONDITIONER |
i
approval,^ S' ,•> ^
A. L .
MA<A iPNOVU
COOE IOENT O
80230
SCALE 5/1
Z 1007661
| SHEET | OF 1
MIT APPROVAL ^ fjrfjk jj f JjL
sTjiJLU *
4
1007661
CONNECTOR WIRING DATA
FROM TO
CIRCUIT CIRCUIT
POINT POINT
_ R28.R29.R3Q
PART NUMBER [VALUE
1010311 ~ 296 59.0
- 29 7 ~~6074
_ - 298 61.9
_ - 299 63.4
_ ~ 300 64.9
_ - 301 66.3
_ ~ 302 68.I
- 303 69.«
_ - 304 71.a
_ - 305 73.2
_ - 306 75. C
_ - 307 76.6
_ - 308 78.7
_ - 309 80.1
_ - 310 82. i
_ -311 84.8
_ - 312 86.<
- 31 3 88.7
1010311 - 314 90 S
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY
Ml L-D-70327.
2. WELD PER NO 1002005.
3. ENCAPSULATE PER NO 1002002 (BLACK). REMOVE FLASHING.
4. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND.
5. COMPONENTS HAVING BUTT WELDED LEADS MUST BE POSITIONED SO THAT THE
RIBBON WELD OCCURS ON WELDABLE PORTIONS OF LEAD.
6 . AR DENOTES AS REQUIRED.
FT DENOTES FEED THRU.
K DENOTES CATHODE SIDE OF DIODE.
(♦) DENOTES POSITIVE SIDE OF CAPACITOR.
7. WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING. BLACK
DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING.
8 . MARK .100/.140 HIGH (WHITE) CHARACTERS PER NO 1002019 AND SERIALIZE
PER ND 1002023. CENTRALIZE AS SHOWN.
9. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISOPROPYL
ALCOHOL PRIOR TO ENCAPSULATION.
10. EXCEPT FOR MODULE MOUNTING SURFACE, PAINT ALL SURFACES PER ND 1002279,
USING 1010992 PRIMER AND 1008809-4 PAINT. CONNECTOR AND PINS TO BE
FREE OF PAINT.
11. TRIM UNUSED LEADS OF FIND NUMBERS 6, 62, 63, AND 64 .060/.100 FROM CASE.
12. UNLESS OTHERWISE SPECIFIED, COMPONENTS SHALL BE CENTRALIZED BETWEEN THE
WIRING BOARDS.
13. BOND FIND NUMBER 2 TO FIND NUMBER 1 PER ND 1002004, TYPE I.
14. BOND Q1 THRU Q6, Q14, Q15, Q18, T1 THRU T3, T7 THRU T10, T12 AND T13 TO
FIND NUMBER 2 PER ND 1002Q04, TYPE I.
15. BOND Q7 THRU Q13, Q16, Q17, T4 THRU T6, Til, AND T14 TO FIND NUMBER 3
PER ND 1002004, TYPE I.
PART NUMBER
CAP. IN PF
1010409-1
10
*8
20
-12
30
-16
43
-19
56
-21
68
-23
82
-24
91
-25
100
-26
110
—IT
120
-28
130
-29
150
-30
160
-31
180
-32
200
-33
220
1010409-34
240
iSteaYS
sjftw yl/ n %
IVWL
ml
I 6 .TYP 1 CAL F0RR2.R4.R6.RI4.RI8.R27.R33.R36.R44.R47.R49.R52.RSI AND R67.
I 7.TYPICAL F0RR5,R7.R8.RII.RI9,R2I.THRUR25,R30,R32.R35.R40.R4I.R45.R48,R54,R57,R60.
R62.R64.R66.R68.R70. C 3.C4.C5 . C25 ,C30, C 32 . CRl ,CR2,CR4 AND CR5.
1 8 . TYPICAL FORRI.R3.R9.RIO.RI2 THRU R 17, R20,R26,R28,R3l,R34,R37,R36,R 39.R 42.R43,
R46,RS0.R5I,R53,R55,RS6,RS8,R63,R65,R69,R7I, CI,C2,C6,C7, C8,C9,CI3,C 15 ,CI7,C29.C33,C34AND CR3.
19. TYPICAL FOR FTl,FT3,FT5,FT 7,FT8,FTll,FT 14 AND FTI7.
20- TYPICAL FOR FT 2,FT4,FT 6 , FT 13 AND FT 15.
21. TYPICAL FOR FT9,FTI0.FTI2 AND FTI4.
22. INSTALL ANO SLEEVE R40 AND C 13 AS SHOWN.
23. TYPICAL FOR CONNECTOR LEADS El THRU EM.
24. TYPICAL FOR CONNECTOR LEAOS E2l AND E 2S •
25. TYPICAL FOR CONNECTOR LEADS E 12 THRU E 16 AND E22 THRU E 24 .
26. TYPICAL FOR R 12 THRU R 16,R 1 8 ,R 25,R 26,R28,R 39,R42, R46,C 7,C 8,C9,
C24 C26 AND CRI.
27. TYPICAL FOR R36.R 37. R48 R52 AND RS4.
28. TYPICAL FOR ALL TRANSFORMER LEADS, EXCEPT Til
29*SELECT R28.R29, R30, C4,C 5 AND C6 PER APPLICABLE RS. FROM APPROPRIATE CHART.
30. MOUNTIN6 TORQUE FOR FIND NUMBER 5 TO BE 15-20 INCH OUNCES .
SI.APPLY WET ZINC CHROMATE PRIMER PER MIL-P-8S85 TO THREADS OF FIND NUMBER 4 AT INSTALLATION .
32*FILL GAP BETWEEN Tl AN0O4.T2 ANO 05, TSANO 06,01 ANO 04, 03 ANDQ6 •QI4ANDQIS.Q I6AND 0 17 PER ND 1002004 TYPE U.
33.COMPLETED ASSEMBLY SHALL BE TESTEO IN ACCORDANCE WITH AND SHALL MEET ALL REQUIREMENTS
OF P.S. 1007661.
LW
Lim,
=© //rat
PARTIAL SECTION C~C
24
23
21
19
18
PART NO. DESCRIPTION
REVISIONS / y / / '
DR CHK DATE I APPROVED
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DIMENSIONS ARE IN INCHES
CAPACITOR VALUES ARE IN
RESISTOR VALUES ARE IN OHMS
TOLERANCES ON
FRACTIONS DECIMALS ANGLES
± ± ±
BO NOT SCALE THIS DRAWING
PART OR
IDENTIFYING NO.
MIT
INSTRUMENTATION LAB
CAMBRIDGE. MASS.
MATERIAL
OR NOTES
NOMENCLATURE OR
DESCRIPTION
LIST OF MATERIALS
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
PI PA
SIGNAL CONDITIONER
APPLICATION
A M P , P T R ° VED te
APPROVED uj i
MSC V
CODE IDENT NO. SIZE
—80230 c
.^±£L _
DATE SCALE _
DRAWING NO.
1007661
I SHEET | OF 2
3
4
3
i
NOTICE - WHIN GOVERNMENT DRAWINGS. SPECIFICATIONS. OR OTHER DATA
ARE USCO FOR ANY PURPOSE OTHER THAN IN CONNECTION WITH A DEFINITELY
RELATED SOVIRNNENT PROCUREMENT OPERATION, THE UNITED STATES SEVERN-
MENT THEREBY INCURS NO RESPONSIBILITY NOR ANY ORLISATION WHATSOEVER:
AND THE PACT THAT THE GOVERNMENT MAY HAVE FORMULATED. FURNISHED. ON
IN ANY WAY SUPPLIED THE SAID DRAWINGS. SPECIFICATIONS OR OTHER DATA N
NOT TO DE REGARDED BY IMPLICATION OR OTHERWISE AS IN ANY NANNEN
LICENSING THE HOLDER OR ANY OTHER PERSON OR CORPORATION. OR CONVEY*
IN N AMY RIGHTS OR PERMISSION TO MANUFACTURE. USE. ON SELL AMY
PATENTED INVENTION THAT MAY IN ANY WAY BE RELATED THERETO.
4
3
2
y ."4
APOLLO GAN Specification
PS1007661 REV —
Original Issue Date: “20X4*1 Gfr
Release Authority: TDRR ZT7¥f
Class A Release r
CODE IDENT NO. 99974
PROCUREMENT SPECIFICATION
PRODUCT CONFIGURATION AND ACCEPTANCE TEST REQUIREMENTS
SIGNAL CONDITIONER, PIPA ASSEMBLY
DRAWING NO. 1007661
Record off Revisions
This specification consists off page 1 to 11 inclusive.
1
APOLLO GIN Specification
PS1007661 REV—
3. REQUIREMENTS
3.1 PERFORMANCE
3.1.1 DC Current Drain. The do current drain shall be 28. 0*6.8 ma do.
3.1.2 Reference Current Drain. The reference current drain from the 3200.0±3.2 cps power
supply shall be 10 p amp maximum.
3.1.3 Phase-Polarity. Signal voltages with a phase angle of -45* applied to the input
pins of assembly sections a, b, and c in Table I shall produce plus dc output voltages.
TABLE I
INPUT AND OUTPUT PINS
3.1.5 Ripple Voltage. The ac ripple voltage at the outputs shall be <15 mv pp.
3.1.6 Quadrature Rejection. The quadrature rejection ratio shall be <0.035 for sections
a, b, and c.
3.1.7 Scale Factor
3.1.7.1 Sections a, b, and o. For an output of 2.500±0.005 vdc at each output of sections
a, b, and c of Table L the input voltage at each section shall be 5.25±0.25V rms, / -45* .
3.1.7.2 Section d. For an output of 4.000±0.005 the input voltage shall be +120.0±12 vdc.
3.1.7.3 Section e. For an input of 4.000±0.005 the input shall be 2.00db0.20 rms.
3.1.8 Scale Factor Linearity
3.1.8.1 Sections a, b, and c. The scale factor at each input value shall not deviate from the
average of six scale factors for that section by more than 5 percent.
3.1.8.2 Sections d and e. The scale factor at each input value shall not deviate from the
average scale factor for that section by more than 10 percent.
APOLLO GAN Specification
PS1007661 REV —
4.2.2 Nonconforming Units. Failure of the units to pass any examination or test of this
specification shall automatically classify the unit as nonconforming. Each nonconforming
unit corrected by the contractor shall be reinspected. Reinspection may be limited to the
test or examination which defined the nonconformance, or, when directed by the cognizant
inspector, a complete retest and reexamination may be required. Nonconforming units which
have not been corrected will be considered for acceptance only upon formal application by the
contractor to the cognizant NASA representative.
4.3 TESTS
4.3.1 Drawing Compliance. The assembly shall be visually examined for compliance to the
requirements of Drawing 1007661. Particular attention shall be given to inspection for nicks,
scratches, burrs, dents, encapsulant defects, contaminants, pin misalignment, and legibility
and appearance of markings.
4.3.2 Workmanship-Vibration. The assembly shall be placed in the vibration fixture and
vibrated along the radial axis as shown in Figure 2 with simple harmonic motion swept from
10 to 2000 cps at a rate of one octave/15 sec. The magnitude of the vibration shall be 6. Og
rms limited to a 0.4 in. pp constant displacement from 10 cps to the crossover frequency.
After vibration, the assembly shall be examined as specified in 4.3.1.
4.3. 3 Selection of Capacitors and Resistors. Verification by examination of parts selection
data shall be performed to ensure that the requirements of 3.2.2.1 and 3.2.2.2 have been met.
4.3.4 Continuity and DC Resistance. The dc resistance between the pins listed in Table n
shall be as specified when measured with a low-voltage, resistance measuring devtae using
Method 303 of Standard MIL-STD-202. To assure a good electrical connection when measuring
between pin 1 and the frame, the anodizing may be penetrated on the top of the module.
4.3.5 Insulation Resistance. The dc resistance between all assembly pins, except pin 1,
and the assembly mounting screws shall be measured in accordance with Method 302 of
Standard MIL-STD-2Q2 using a megohmmeter having an output voltage of 225±75 vdc and
limited to a short circuit current of 6.0 microamperes. The insulation resistance shall be
>100 megohms. '
4.3.6 Circuit Isolation. Verification shall be made that the circuit'isolation requirement
specified in 3.2.3.3 is complied with.
4.3.7 DC Current Drain. With no reference voltage applied and no signal inputs, the dc
current drain on the 20.0±0.2 vdc power supply shall be 18.0±4.5 ma dc.
4.3.8 Reference Current Drain. With the signal input high and low pins connected together
and the dc supply voltage applied, the current drain from the 3200.0±3.2 cps power supply
shall be 10 p amps maximum.
8
APOLLO GIN Specification
PS1007661 REV -
4.3.9 Output Impedance. With an input signal voltage applied such that the output is
2.500±0.005 vdc, changing the load from 1 megohm ±1 percent to 100K ohms ±1 percent,
shall not cause the output voltage to drop below 2.380 vdc.
4.3.10 Scale Factor
4.3.10.1 Sections a, b and c. With an input test voltage applied and adjusted for an output
of +2.500±0.005 vdc plus the offset voltage (obtained with the input terminals shorted together),
the input voltage shall be 5.25±0.26V rms, A45* .
4.3.10.2 Section d. With a do voltage applied to the input pins and adjusted for an output of
4.00±0.005 vdc, the input voltage shall be 120.0±10 percent.
4.3.10.3 Section e. With the reference voltage set at 2.000±0.050, the voltage at the output
pins shall be 4.0 ±10 percent.
4.3.11 Scale Factor Linearity
4.3.11.1 Sections a, b, and e. With the conditions specified below established for sections
a, b, and c, each of six calculated scale factor values shall not deviate from the average of
the six values by more than ±5 percent.
a. The fixed input level, E determined by adjusting the input to obtain an output of
±2.500±0.005 vdc. 8
b. The input voltage, E^, oonsecutively adjusted to 0.600 and 0.200 of E and the
respective outputs measured. 8
o. The phase of E reversed and toe outputs measured for inputs of 1.000 E , 0.600 E ,
and 0.200 E . 8 s s
8
d. The offset voltage at the output terminals measured with the input pins shorted
together.
e. The offset voltage algebraically subtracted from the six output measurements.
f. The outputs at 1.000 E divided by 5, those at 0.600 E by 3, and those at 0.200 E
by 1.000. 8 8 8
g. The six calculated values averaged and the deviation of each value from the average
determined.
4.3.11.2 Section d. With the output voltage measured for inputs of 60, 90, 120, and 150 vdc,
the ratio of E out /E in for each level shall not deviate from the average of the four values by
more than 10 percent.
10
4
3
2
NOTICK - WHEN GOVERNMENT DRAWINGS. SPECIFICATIONS. OR OTHER DATA
ARE USED FOR ANY PURPOSE OTHER THAN IN CONNECTION WITH A DEFINITELY
RELATED GOVERNMENT PROCUREMENT OPERATION. THE UNITED STATES GOVERN¬
MENT THERERY INCURS NO RESPONSIRILITY NOR ANY ORLIGATION WHATSOEVER:
AND THE FACT THAT THE GOVERNMENT MAY HAVE FORMULATED. FURNISHED. OR
IN ANY WAY SUPPLIED THE SAID DRAWINGS. SPECIFICATIONS OR OTHER DATA IS
NOT TO RE REGARDED RY IMPLICATION OR OTHERWISE AS IN ANY MANNER
LICENSING THE HOLDER OR ANY OTHER PERSON OR CORPORATION. OR CONVEY-
' ' INY RIGHTS OR PERMISSION TO MANUFACTURE. USE. OR SELL ANY
PATENTED INVENTION THAT MAY IN ANY WAY RE RELATED THERETO.
B
REVISIONS
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1007700
NEXT ASSY
USED ON
APPLICATION
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
CAPACITOR VALUES ARE IN
RESISTOR VALUES ARE IN OHMS
TOLERANCES ON
FRACTIONS DECIMALS ‘ ANGLES
dt rt: ±
DO NOT SCALE THIS DRAWING
MATERIAL
QTY
REQD
PART OR
IDENTIFYING NO.
MATERIAL
OR NOTES
NOMENCLATURE OR
DESCRIPTION
FIND
NO
LIST OF MATERIALS
MIT
INSTRUMENTATION LAB
CAMBRIDGE. MASS.
DRAWN VfaAVrO
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
IRIG & PI PA
SIGNAL CONDITIONER
CODE IDENT NO
180230
MSC
SCALE
SIZE
DRAWING NO.
10 07662
| SHEET |
OF 2
T
NOTICK - WHEN GOVERNMENT DRAWINGS. SPECIFICATIONS, OR OTHER DATA
ARE USED FOR ANY PURPOSE OTHER THAN IN CONNECTION WITH A DEFINITELY
RELATED GOVERNMENT PROCUREMENT OPERATION. THE UNITED STATES GOVERN¬
MENT THERERY INCURS NO RESPONSIRILITV NOR ANY OBLIGATION WHATSOEVER:
AND THE FACT THAT THE GOVERNMENT MAY HAVE FORMULATED. FURNISHED OR
IN ANY WAV SUPPLIED THE SAID DRAWINGS. SPECIFICATIONS OR OTHER DATA IS
NOT TO BE REGARDED BY IMPLICATION OR OTHERWISE AS IN ANY MANNER
LICENSING THE HOLDER OR ANY OTHER PERSON OR CORPORATION. OR CONVEY-
" ANY RIGHTS OR PERMISSION TO MANUFACTURE. USE. OR SELL ANY
PATENTED INVENTION THAT NAY IN ANY WAY BE RELATED THERETO.
REVISIONS /°! 7 7 9 I
SYM
ZONE
DESCRIPTION
DR
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DATE
APPR
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A
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8 SEP
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DIMENSIONS ARE IN INCHES
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RESISTOR VALUES ARE IN OHMS
TOLERANCES ON
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DO NOT SCALE THIS DRAWING
MATERIAL
LIST OF MATERIALS
MIT
INSTRUMENTATION LAB
CAMBRIDGE. MASS.
DRAWN / ?&XAS^U _ tf/sl/liL
CHECKED
APPROVED.
APPROVED
APPROVED
MIT
APPROVED.
MSC
(11
DATE
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
I RIG & PI PA
SIGNAL CONDITIONER
CODE IDENT NO
[80230
SCALE
SIZE
DRAWING NO.
1007662
I SHEET 2 OF 2
B
4
3
2
1
APOLLO GW Specification
PSl007662 REV A
Original Issue Date: 1 ^ C
Release Authority: TDRR XS*7VP
Class A Release
CODE IDE NT NO. 90280
PROCUREMENT SPECIFICATION
PRODUCT CONFIGURATION AND ACCEPTANCE TEST REQUIREMENTS
SIGNAL CONDITIONER, IRIG AND PIPA ASSEMBLY
DRAWING NO. 1007662
Record of Revisions
Date
Revision
Letter
TDRR
No.
Pages
Revised
Approvals I
MIT
NASA
2/23/66
A
26583
3, 7. 10. 11 {fy#'
WK
TM
This specification consists of page 1 to 12 inclusive.
APPROVALS
ujfflgtiLu 1
NASA/MSC
/MIT/IL
ACSP
1
APOLLO G&N Specification
PS1007662 REV A
3. REQUIREMENTS
3.1 PERFORMANCE
3.1.1 DC Current Drain. With a 20.0±0.2 vdc input applied, the dc current drain of the
assembly shall be 28.0±6.8 ma dc.
3.1.2 Reference Current Drain. The reference current drain of the assembly from the
3200.0±3.2 cps power supply shall be <22.2 pamps.
3.1.3 Offset Voltage. The offset voltage for sections a, b, and c of Table 1 shall be <40 mv dc
and +2.500±0.300 vdc for sections d, e, and f of Table I. “
TABLE I
INPUT AND OUTPUT PINS
ASSEMBLY
INPUT PINS
OUTPUT PINS 1
SECTION
Hi
Lo
Hi
Lo
a
mm
10
8
5
b
■■
10
7
5
c
ii
10
6
5
d
24
25
9
20
e
23
25
3
f
22
25
Hi
15
3.1.4 Scale Factor. For an output voltage of 2.500±0.005 vdc at sections a, b, and c,
the input voltage shall be 5.25±0.25V rms at 0 phase. For an output of 5.000±0.005 vdc
at sections d, e, and f t the input voltage shall be 5.25±0.25V rms lagging the reference
phase by 45°.
3.1.5 Scale Factor Linearity. The scale factor of each output value shall not deviate
by more than five percent from the average of six scale factors for each output section.
3.1.6 Output Impedance. With an output of 2. 500±0.005 vdc for sections a, b, and c, and
5.000±0.005 vdc for sections d, e, and f, a change in load on all sections from 1 megohm
±1 percent to 100K ohms ±1 percent shall not cause the output voltage to drop more than
4.8 percent.
3.1.7 Phase-Polarity. Zero-phase signals applied to the inputs shall produce increasing
plus dc output voltages.
3.1.8 Output Ripple. The ac ripple voltage at the outputs of assembly sections a,b, and c
shall be £ 15 mv PP»
3.1.9 Quadrature Rejection. The quadrature rejection ratio shall be <0.035.
3
APOLLO G&N Specification
PS1007662 REVA
4. QUALITY ASSURANCE PROVISIONS
4.1 PRODUCT PERFORMANCE AND CONFIGURATION REQUIREMENTS/QUALITY
VERIFICATION CROSS REFERENCE INDEX
Test/E xam ination
Requirement
Method
DC Current Drain
3.1.1
4.3.7
Reference Current Drain
3.1.2
' 4.3.8
Offset Voltage
3.1.3
4.3.9
Scale Factor
3.1.4
4.3.10
Scale Factor Linearity
3.1.5
4.3.11
Output Impedance
3.1.6
4.3.12
Phase-Polarity
3.1.7
. 4.3.13
Output Ripple
3.1.8
4.3.14
Quadrature Rejection
3.1.9
4.3.15
Drawing Compliance
3.2.1
4.3.1
Selection of Capacitors
and Resistors
3.2.2
4.3.3
Insulation Resistance
3.2.3.1
4.3.4
Continuity and DC Resistance
3.2.3.2
4.3.5
Circuit Isolation
3.2.3.3
4.3.6
4.2 GENERAL. - The contractor responsible for the manufacture of the assembly shall
be responsible for the accomplishment of each test required herein.
4.2.1 Test Conditions
4.2.1. i Environmental. Unless otherwise specified, the assemblies shall be tested under
the following ambient conditions:
a. Temperature: 25* ±10*C
b. Relative Humidity: 90% max
c. Barometric Pressure: 28 to 32 inches of Hg
4.2.1.2 Inputs. Unless otherwise specified, the tests shall be performed with the following
voltages applied:
a. DC Supply Voltage: 19.0 to 22.5 vdc adjustable, Z Q <1 ohm at 3200 cps
b. AC Supply Voltage: 28.0±0.28V rms, 800.0 cps ±1 percent
c. Reference Voltage: 2.0±0. lVrms, 3200.0±3.2 cps
d. Input Signal:
(1) Assembly Sections a, b, and c:0 to 6V rms adjustable, 3200.0±3.2 cps, phases
of 0, ir, or x/2 within 0.5* of reference signal.
(2) Assembly Sections d, e, and f x0 to 6V rms adjustable, 3200.0±3.2 cps, phases
of -45°, +45°, and 135* within 0.5° of reference signal.
7
APOLLO G&N Specification
PS1007662 REV A
TABLE IE
CIRCUIT ISOLATION
FROM PIN
TO PIN
RESISTANCE
10
16
>100 megohms
25
5
20
19
3
15
16
>100 megohms |
4.3. 7 DC Current Drain. With no reference voltage signal inputs applied, the dc current
drain on the 20.0±0.2 vdc power supply shall be 28.0±6.8 ma dc.
4.3.8 Reference Current Drain. With the signal input (Hi) and (Lo) pins connected together
and the dc supply voltage applied, the current drain from the 3200.0±3.2 cps power supply
shall be <22.2 jiamps.
4.3.9 Offset Voltage. With all the input pins connected together, the dc output voltage shall
be <40 mv for sections a, b, and c and shall be +2.500±0.300 vdc for sections d, e, and f.
4.3.10 Scale Factor
4.3.10.1 Sections a, b, and c. With the signal input voltage adjusted for an. output of
+2.500±0.005 vdc plus the measured offset voltage (see 4.3.9), the signal voltage at the
input pins shall be 5.25±0.25V rms at 0° phase.
4.3.10.2 Sections d, e, and f. With the signal input voltage adjusted for an output of +5.000±0.005
vdc, the signal voltage at the input pins shall be 5.25*0.25Y rms at a.phase angle of -45.0* ±0.5°.
4.3.11 Scale Factor Linearity
4.3.11.1 Sections a, b, and c. With the conditions specified below established for sections
a, b, and c, each of six calculated scale factor values shall not deviate from the average of
the six values by more than ±5 percent.
a. The fixed input level, E g , determined by adjusting the input to obtain an output
of +2.500*0.005 vdc.
b. The input voltage, E ln , consecutively adjusted to 0.600 and 0.200 of E g and the
respective outputs measured.
c. The phase of E g reversed and the outputs measured for inputs of 1.000E g , 0.600E S , and
0.200E g .
10
APOLLO G&N Specification
PS1007662 REVA
d. The offset voltage at the output terminals measured with the input pins connected
together.
e. l^he offset voltage algebraically subtracted from the six output measurements.
f- The outputs at 1.000E g divided by 5 f those at 0.600E S by 3, and those at 0.200E S
by 1.000.
g. The six calculated values averaged and the deviation of each value from the average
determined.
4.3.11.2 Sections d, e, and f. With the conditions specified below established for sections
d, e, and f, each of six calculated scale factor values shall not deviate from the average of
the six values by more than ±5 percent.
a. The fixed input level, E s> determined by adjusting the input to obtain an output of
+5.000*0.005 vdc.
b. The input voltage consecutively adjusted to 0.600 and 0.200 of E s and the respective
outputs measured.
c. The phase of E s reversed and the outputs measured for inputs of 1.000E S 0 600E a
and 0.200E S> *
d. The bias voltage at the output terminals measured with the input pins connected
together.
e. The bias voltage algebraically subtracted from the six output measurements.
f. The outputs at 1.000E S divided by 5, those at 0,600E g by 3, and those at 0.200E S
by 1.000.
g. The six calculated values averaged and the deviation of each value from the average
determined.
4.3.12 Output Impedance. With an input signal voltage applied such that the output is
2.500*0.005 vdc for sections a, b, and c and 5.000*0.005 vdc for sections d, e, and f,
changing the load on all sections from 1 megohm *1 percent to 100K ohms *1 percent,
shall not cause the output voltage to drop more than 4.8 percent.
4.3.13 Phase-Polarity. With a zero phase signal applied to the input pins, an increasing
plus dc voltage shall appear at the output pins.
4.3.14 Output Ripple. With a voltage applied to the input pins and adjusted for an output of
2.500*0.005 vdc at sections a, b, and c the ripple voltage at the respective output pins
shall be ^15 mv pp. <
11
3
2
1
REVISIONS
DESCRIPTION
CHK DATE APPROVED
REVISED per TDRR 22212
REVISED PER TDRR 22293
\A<J 18 SEP
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DIMENSIONS ARE IN INCHES
CAPACITOR VALUES ARE IN M f
RESISTOR VALUES ARE IN OHMS
TOLERANCES ON
FRACTIONS DECIMALS ANGLES
± ± dfc
DO NOT SCALE THIS DRA'WING
1007700
PART OR
IDENTIFYING NO.
MIT
INSTRUMENTATION LAB
CAMBRIDGE. MASS.
CHECKED _
APPROVED,
APPROVED
APPROVED
MIT J
MATERIAL
OR NOTES
NOMENCLATURE OR
DESCRIPTION
LIST OF MATERIALS _;_ .
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
IRIG & PIPA
SIGNAL CONDITIONER
CODE IDENT NO SIZE
80230 c
DRAWING NO
1007662
APPLICATION
APPROVED/
MSC
I SHEET OF 2
3
2
1
1007662
NOTICK - WHEN GOVERNMENT DRAWINGS. SPECIFICATIONS. OR OTHER DATA
ARE USED FOR ANY PURPOSE OTHER THAN IN CONNECTION WITH A DEFINITELY
RELATED GOVERNMENT PROCUREMENT OPERATION. THE UNITED STATES GOVERN*
MENT THEREBY INCURS NO RESPONSIBILITY NOR ANY OBLIGATION WHATSOEVER:
AND THE FACT THAT THE GOVERNMENT MAY HAVE FORMULATED. FURNISHEO. OR
IN ANY WAY SUPPLIED THE SAIO DRAWINGS. SPECIFICATIONS OR OTHER DATA IS
NOT TO BE REGAROED BY IMPLICATION OR OTHERWISE AS IN ANY MANNER
LICENSING THE HOLDER OR ANY OTHER PERSON OR CORPORATION. OR CONVEY¬
ING ANY RIGHTS OR PERMISSION TO MANUFACTURE. USE. OR SELL ANY
PATENTED INVENTION THAT MAY IN ANY WAY BE RELATED THERETO.
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REVISIONS
© A REVISED PER TDRR 22212
IT REVISED PER TDRR 22293
DR CHK DATE APPROVED
A U 8 SEP [
J J i £5 I
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
CAPACITOR VALUES ARE IN M f
RESISTOR VALUES ARE IN OHMS
TOLERANCES ON
FRACTIONS DECIMALS ANGL
db ±. ' ±
DO NOT SCALE THIS DRAWING
PART OR
IDENTIFYING NO.
MIT
INSTRUMENTATION LAB
CAMBRIDGE. MASS.
MATERIAL
OR NOTES
NOMENCLATURE OR
DESCRIPTION
LIST OF MATERIALS _
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
DRAWN WlAasrJ
1 RIG
CHECKED
— - SIGNAL
APPROVED
APPROVED
- MM
APPROVED ^/
CODE IDENT NO.
SIZE
m i t yu&Ufai 4*
' t ' i '"80230
c
APPROVED ajQ
MSC {/
DATE SCALE
DRAWING NO.
1007662
I SHEET 2
SECTION C-C
1007662
J
1007662 1
CONNECTOR
WIRING DATA
FROM
TO
CIRCUIT
CIRCUIT
POINT
POINT
PI - 1
El
PI - 2
E2
PI - 3
E3
PI -4
E4
PI - 5
E5
PI - 6
E6
PI - 7
E7
PI - 8
E8
PI - 9
E9
PI - K>
EK)
PI - II
Ell
PI - 12
E e
PI - 13
EI3
PI - 14
EI4
PI -15
EI3
PI - 16
EI6
PI -17
EI7
PI - 18
EI8
PI - 19
EI9
PI -20
E20
Pi -21
E2!
PI -22
E22
PI -23
E23
PI -24
E24
PI -25
E25
R28.R29.R30, R82
R83,ANO R*
PART NUMBER
VALUE OHMS
1010311 - 296
59.0 K
- 297
60.4 K
- 298
61.9 K
- 299
63.4 K
- 300
64.9 K
- 301
66.5 K
- 302
68.1 K
- 303
69.8 K
- 304
71 .5 K
- 305
73.2 K
- 306
75.0 K
- 307
76.8 K
- 308
78.7 K
- 309
80.6 K
- 310
82.5 K
- 31 1
84.5 k
- 312
86.6 K
- 31 3
88.7 K
| I0I03II - 314
90.9 K
NOTES:
I. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY
MIL-D-70327.
2 WELD PER NO 1002005.
3. ENCAPSULATE PER ND1002002 (BLACK). REMOVE FLASHING.
4. MOICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND.
5. COMPONENTS HAVING BUTT WELDED LEADS MUST BE POSITIONED SO
THAT THE RIBBON WELD OCCURS ON WELDABLE PORTIONS OF LEAD.
G. AR DENOTES AS REQUIRED.
FT DENOTES FEEDTHRU.
K DENOTES CATHODE SIDE OF DIODE
(+) DENOTES POSITIVE SIDE OF CAPACITOR.
7. MARK .100/.I40 HIGH (WHITE) CHARACTERS PER ND 1002019 AND
SERIALIZE PER NO 1002023. CENTRALIZE AS SHOWN.
8. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND
ISOPROPYL ALCOHOL PRIOR TO ENCAPSULATION.
9. EXCEPT FOR MODULE MOUNTING SURFACE, PAINT ALL SURFACES PER
ND 1002279, USING 1010992 PRIMER AND 1008809-4 PAINT.
CONNECTOR AND PINS TO BE FREE OF PAINT.
10. MOUNTING TORQUE FOR FIND NO. II TO BE »-20 INCH OUNCES.
C5, C6, C7, C31, C32, A C33|
PART NUMBER
CAP. IN PF
1010409-1
10
-8
20
-12
30
-16
43
-19
56
-21
68
-23
82
-24
91
-25
100
-26
110
-27
T20
-28
130
-29
150
-30
160
-31
180
-32
200
-33
220
I 1010409-34
240
IL TRIM UNUSED LEAD OF FIND NUMBER 56, 060/ 100 FROM CASE.
12- SELECT C5, C6, C7, C3I, C32, C33, R28, R29, R30, R82, R83, AND RG4 FROM APPROPRIATE
CHART PER PS 1007662.
13. UNLESS OTHERWISE SPECIFIED,COMPONENTS SHALL BE CENTRALIZED
BETWEEN THE WIRING BOARDS.
14. BOND QI5 THRU 028 ANO T20 TO FIND NO. 2 PER ND 1002004, TYPE I.
15. BOND Til THRU TI9, T2I, T22, T23, ANO C49 TO FIND NO. 3 PER ND 1002004, TYPE I.
16. BOND Tl THRU TIO TO FIND NO.4 PER ND 1002004, TYPE I.
17. BOND C25, AND Ql THRU 014 TO FIND NO.5 PER ND 1002004, TYPE I .
18. TYPICAL FOR ALL DIODES, RESISTORS, Cl THRU C5, PI, C25,C28 THRU .C32,FT2 THRU FT8*
FTIO THRU FTI4, FTI6 THRU FT26.FT28 THRU FT4I ANO Tl THRU T23.
19. LONG FEED THRU TYPICAL FOR FTI, FT20, FT21, AND FT22 ONLY
20. APOIY WET ZINC CHROMATE PRIMER MIL'P-8585 TO THREADS OF FIND NO.IO AT INSTALLATION.
21. BOND FIND NO. 5 TO FINO NO. I PER NO .1002004 TYPE I.
22. WHITE DOT AND Cl PAR WIRING INDICATES LOWER LEVEL WIRING.
BLACK DOT AND C10SS HATCHED WIRING INDICATES UPPER LcVEL WIRING
23. TYPICAL FOP ALL TRANSFORMER LEAOS, FT9, HTI5 ANO FT27.
24. BONO FINO NO. 61 TO LARGEST DIAMETER OF Q7,QI0,QI2,Q2I,Q24,Q25 ANO 026
PER ML-I* 15126.CONDITION C-2/23/50 BEFORE ASSEMBLY TO WRING BOARDS.
25- COMPLETED ASSEMBLY SHALL BE TESTED M ACCORDANCE WITH AND SHALL MEET ALL
REQUIREMENTS OF PS 1007662.
8
6
5
3
2
IRIG a PIPA
SIGNAL CONDITIONER ASSY
1007662
S/N /
_ /M _
MARKING VIEW
SCALE I : l
-APPLICABLE DASH NUMBER
c7«^v
)^RI4^TK
7 w;y/^
™ 3 T2 CRN.
:^R»6 /
'». R47 y>
M
m x r-’ 7S „
SECTION C-C
100766a
.670
.700
SEE NOTE 4
awrcrs
iSVP',
.670
.700
SEE NOTE 4
)fl
(Li
•345
T375
SEE NOTE 4
VIEW D-D
-SEE NOTE 7
REPLACES REV C WITH CHANGE
PER TORR y / 7 7 >
R£/!S£D P£R TORR 274as
AP
61
MIL-t-15126
14
60
1010397-1
2
59
1010376-3
12
58
1010367
3
57
1010466
6
56
1010324
6
55
1010315-1
8
54
1008832
6
53
1010364-769
6
52
1010364-707
2
51
1010364-693
12
50
1010311-315
6
49
1010311-291
2
48
1010311-203
10
47
1010311-126
1
46
1010311-80
1
45
1010311-51
INSUL TAPE TYPE MFT2.5I7S
TRANSISTOR
59 1010376-3 _ TRANSISTOR
58 1010367 _ TRANSISTOR
57 1010466 _ TRANSFORMER
56 1010324 _ TRANSFORMER
55 1010315-1 _ TRANSFORMER
54 1 008832 _ TRANSFORMER
53 1010364-769 _ RESISTOR
52 1010364-707 _ RESISTOR
51_ 1010364-693 _ RESISTOR
50 10 103 11-315 _ RESISTOR _
49 1010311-291 _ RESISTOR
48 1010311-203 RESISTOR
47 1010311-126 _ RESISTOR
46 1010311-80 RESISTOR
45 1010311-51 _ RESISTOR
44 1010311 (SEE NOTE 12] RESISTOR
43 1010267-82 RESISTOR
42 1C06750-80 _
41 1006750-73 _
40 1006750-68 _
39 1006750-65 _
38 1006750-56 _
37 1006750-54 _
36 1006750-43 _
35 1006750-36 _
34 1006750-25 _
33 10 0 6750-20 _
32 1010837-001 _
31 1010372-4
30 1010372-3 _
29 1010410-16 _
28 1010409(SEE NOTE 12
27
1010409-25
26
1010409-12
25
1010393-008
24
1010279-236
23
1010279-114
22
1010279-7
21
1010279-5
20
1006755-15
19
1006755-69
18
1006755-34
17
1006755-31
16
1006776-22
15
1006776-21
14
1010848-2
13
1006757-1
12
1010779-12
11
2008093-002
10
1010618-4
9
1008161 -4
8
1008161-1
7
1008297
6
1015135-014
5
1008462
4
1008461
3 ’
10 0 8460
2 1008459
T| 1008166
RESISTOR
RESISTOR
RESISTOR ~ “
RESISTOR
RESISTOR _
RESISTOR _
RESISTOR
RESISTOR
RESISTOR _
RE SISTOR _
RESISTOR
DIODE " “
DIODE
DIODE “
CAPACITOR
CAPACITOR
CAPACITOR "
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR "
CAPACITOR ‘ “
CAPACITOR ^
CAPACITOR ~
INSULATION, SLEEVING, ELECTRICAL
INSULATION, SLEEVING, ELECTRICAL
WIRE, ELECTRICAL
WIRE, ELECTRICAL
CONNECTOR, RECEPTACLE, ELECTRICAL
TERMINAL THREADED _ZZZZZ
SCREW
SCREW " .
SCREW
SPACER
SPACER ~
WIRING BOARD D _
WIRING BOAr!D C
WIRING BOA U) B
WIRING BOARD A
FRAME
LIST OF PARTS AND MATERIALS
MANNED
SPACECRAFT CENTER
HOUSTON. TEXAS
1007700 _
NEXT ASSY USED ON
APPLICATION
-(FRACTIONS OGCMALS ANGUS
I DO NOT SCALE THIS DRAWING | APPROVAL ^
MATERIAL I
IRIG 8 PIPA
SIGNAL CONDITIONER
80230 j, 1007662
1
24
23
22
21
20
i4
19
18
t_U
CONNECTOR
WIRING DATA
FROM
TO
CIRCUIT
CIRCUIT
POINT
POINT
PI - 1
El
PI - 2
E2
PI - 3
E3
PI -4
E4
PI - 5
E5
PI - 6
E6
PI - 7
E7
PI - 8
E8
PI - 9
E9
PI - K>
EK)
PI - II
Ell
PI - 12
EB
PI - 13
EI3
PI - 14
EI4
PI -15
EI3
PI - 16
EI6
PI -17
EI7
PI - 18
EI8
PI - 19
£19
PI - 20
E20
PI -21
E2I
PI -22
E22
PI -23
E23
PI -24
E24
PI -25
E25
R28.R29, R30, R82
R83, AND R8^
PART
NUMBER
value
OHMS
I0I03II
- 296
59 0
K
- 297
60.4
K
- 298
61.9
K
- 299
63.4
K
- 300
64.9
K
- 301
66.5
K
- 302
68. 1
K
- 303
69.8
K
- 304
71.5
K
- 305
73.2
K
- 306
75.0
K
- 307
76.8
K
- 308
78 7
K
- 309
80.6
K
- 310
82.5
K
- 31 1
84.5
k
- 312
86.6
K
- 31 3
88.7
K
| 1010311
- 314
90.9
K
C4, C5, C6 1 C31, C32, & C33|
PART NUMBER
CAP. IN PF
1010409-1
10
-8
20
-12
30
-16
43
-19
56
-21
68
-23
82
-24
91
-25
100
-26
110
-27
120
-28
130
-29
150
-30
160
-31
180
-32
200
-33
220
| 1010409-34 1
240
NOTES:
I
2 .
3l
4.
8 .
12 .
I3L
INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY
MIL-D-70327.
WELD PER ND 1002005.
ENCAPSULATE PER NO 1002002 (BLACK). REMOVE FLASHING.
INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND.
COMPONENTS HAVING BUTT WELDED LEADS MUST BE POSITIONED SO
THAT THE RIBBON WELD OCCURS ON WELDABLE PORTIONS OF LEAD.
AR DENOTES AS REQUIRED.
FT DENOTES FEEDTHRU.
K DENOTES CATHODE SIDE OF DIODE.
(+) DENOTES POSITIVE SIDE OF CAPACITOR.
MARK .100/.I40 HIGH (WHITE) CHARACTERS PER ND 1002019 AND
SERIALIZE PER ND 1002023. CENTRALIZE AS SHOWN.
CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND
ISOPROPYL ALCOHOL PRIOR TO ENCAPSULATION.
EXCEPT FOR MODULE MOUNTING SURFACE, PAINT ALL SURFACES PER
ND 1002279, USING 1010992 PRIMER AND 1008809-4 PAINT.
CONNECTOR AND PINS TO BE FREE OF PAINT.
MOUNTING TORQUE FOR FIND NO. II TO BE 15-20 INCH OUNCES.
TRIM UNUSED LEAD OF FIND NUMBER 56, 060/ 100 PROM CASE.
SELECT C4, C5, C6, C3I,C32,C33, R28, R29, R30, R82. R83, AND R94 FROM APPROPRIATE
CHART PER PS 1007662.
UNLESS OTHERWISE SPECIFIED, COMPONENTS SHALL BE CENTRALIZED
BETWEEN THE WIRING BOARDS.
14. BOND QI5 THRU 028 AND T20 TO FIND NO. 2 PER ND 1002004, TYPE I .
15. BOND Til THRU TI9, T2I, T22, T2 3, AND C49 TO FINO NO. 3 PER ND 1002004, TYPE I.
16. BOND Tl THRU TIO TO FIND N0.4 PER ND 1002004, TYPE I.
17. BOND C25, AND Ql THRU QI4 TO FINO N0.5 PER ND 1002004, TYPE I .
18. TYPICAL FOR ALL DIODES, RESISTORS, Cl THRU C5, PI, C25.C28 THRU C32,FT2 THRU FT8,
FTIO THRU FTI4, FTI6 THRU FT 26, FT 28 THRU FT4I A NO Tl THRU T23.
19 LONG FEED THRU TYPICAL FOR FTI, FT20. FT2 1 , ANO FT22 ONLY
20. AP°t Y WET ZINC CHROMATE PRIMER Mil P-8585 TO THREADS OF FIND NO. lO AT INSTALLATION.
21. BONO FIND NO 5 TO FINO NO. I PER NO 100200* TYPE I.
22. WHITE DOT ANO Cl PAR WIRING INDICATES LOWER LEVEL WIRING.
BLACK DOT ANO CTOSS HATCHED WIRING INDICATES UPPER uLVEL WIR'NG
23. TYPICAL FOP ALL TRANSFORMER LEADS, FT9, P TI5 AND FT27.
24. BOND FIND NO 61 TO LAR6EST DIAMETER OF Q7,QIO,012,Q2I,024,025 AND 026
PER ML-I-15126,CONDITION C-2/23/50 BEFORE ASSEMBLY TO WIRING BOARDS.
25- COMPLETED ASSEMBLY SHALL BE TESTED N ACCORDANCE WITH AND SHALL MEET ALL
REQUIREMENTS OF PS 1007662.
SEE NOTE 24
VIEW A-A
mil tOMJlO
24
23
T
.1
20
18
9
8
6
5
imetpfpA
SIGNAL CONOITIONEII ASSY
»07M£ LV.VJ
S/N /
_ ZJd L_
-SEE NOTE 1 & u
-r- F
REPLACES REV C WITH CHANGE cmcno ?
PER TPRR ^ ^-7 -7 >- _ W-
nesiseo *er* tq rr 274a* * A!> ^ ~
*£v/S£D P£* ran* 27922 hTTFr j
MAR40N6 VIEW
SCALE l : l
-APPLICABLE DASH NUMBER
AP
61
MIL-1-15126
14
60
1010397-1
2
59
1010376-3
12
58
1010367
3
57
1010466
6
56
1010324
6
55
1010315-1
8
54
1008832
6
53
1010364-769
6
52
1010364-707
2
51
1010364-693
12
50
1010311-315
6
49
1010311-291
2
48
1010311-203
10
47
1010311-126
1
46
1010311-80
1
45
1010311-51
61 MIL-I-15126 _JM SUL TAPE TYI
60 1 Cl 0397-1 _ TRAMSISTOR
59 1010376-3 _ TRAMSISTOR
58 1010367 _ TRAMSISTOR
57 1010466_ TRANSFORMER
_56 1 010324 _ TRANSFORM ER
55 1010315-1 _ TRANSFORMER
54 1008832 _ TRANSFORM ER
53 1010364-769 _ RESISTOR
52 1010364-707 _ RESISTOR
51 1010364-693 _ RESISTOR
50 10 10311-315 _ RESISTOR
49 1010311-291 _ RESISTOR
48 1010311-203 _ RESISTOR
47 1010311-126 RESISTOR ~
46 1010311-80 _ RESISTOR ~~
_45 1010 311-51 _ RESISTOR
44 101 OSII(SEE NOTE 12] RESISTOR
43 101 0267-82 RESISTOR-
42 1 006 750-80 _
41 1006 750-73 _
40 1006750-68
39 100 6 750-65 _
38 100 6 750-56 _
37 1006750-54
36 1 006750-43 _
35 1006750-36 _
34 1006750-25 _
33 1006750-20 _
32 1010837-001 _
31 1010372-4 _
30 1010372-3
29 1010410-16 _
28 1010409(SEE NOTE 1^
27 1010409-25 _
26 1010409-12 _
25 1010393-008 _
2
24
1010279-236
2
23
1010279-114
3
22
1010279-7
3
21
1010279-5
3
20
1006755-15
6
19
1006755-69
12
18
1006755-34
6
17
1006755-31
AR
16
1006776-22
AR
15
1006776-21
AR
14
1010848-2
AR
13
“1006757-1
1
12
1010779-12
1
11
2008093-002
2
10
1010618-4
4
9
1008161 -4
12
8
1008161-1
2
7
1008297
6
6
1015135-014
1
5
1OOB462
1
4
1008461
1
3
1008460
1
2
1008459
1
1
1008166
RESISTOR
RESISTOR 1
RESISTOR
RESISTOR ~~
RESISTOR
RESISTOR
RESISTOR
RESfSTOR '
RESISTOR
RESISTOR ‘
RESISTOR
DIODE -
DIODE
DIODE
CAPACITOR
CAPACITOR “
CAPACITOR
CAPACITOR ~
CAPACITOR “
CAPACITOR
CAPACITOR
“capacitor ■
CAPACITOR ~
CAPACI TOR
CAPACITOR
"CAPAC I TOR T~~
CAPACITOR
INSULATION, SLEEVIN6, ELECTRIC AL"
INSULATION, SLEEVING. ELECTRICAL
•IRE, ELECTRICAL
WIRE, ELECTRICAL
CONNECTOR, RECEPTACLE. ELECTRI CAL
TERMINAL THREADED _
SCREW
SCREW
SCREW
SPACER “
SPACER --
WIRING BOARD B
WIRING BOArTc "
WIRING BOARD B
WIRING BOARD A
FRAME ~
I QUANTITY REQUIRED 1
UHLtSb OIHEHWISE SPECIFIED
LIST OF WARTS ANO MATERIALS
hwtwomentation cas
SRACECRAETCENTOI
HOUSTOM TEXAS
J007700 (
NEXT ASSY | USED ON APPLICABLE
APPLICATION _ DASH NO
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
1 00 NOT SCMJ THB DNWWHG
MMOML
W6 « PIPA
SIGNAL CONDITION E*
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DIMENSIONS ARE IN INCHES
CAPACITOR VALUES ARE IN pf
RESISTOR VALUES ARE IN OHMS
TOLERANCES ON
FRACTIONS DECIMALS ANGLES
± ' ± ±
DO NOT SCALE THIS DRAWING
PART OR
IDENTIFYING NO.
MIT
INSTRUMENTATION LAB
CAMBRIDGE. MASS.
MATERIAL
OR NOTES
NOMENCLATURE OR
DESCRIPTION
LIST OF MATERIALS
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
IRlG & PIPA
SIGNAL CONDITIONER
APPLICATION
APPROVED
MIT (
APPROVED L
MSC
CODE IDENT NO. SIZE
80230 c
DRAWING NO.
10 07662
I SHEET j OF Z
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3
2
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PART OR
IDENTIFYING NO.
MATERIAL
OR NOTES
NOMENCLATURE OR
DESCRIPTION
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES INSTF
CAPACITOR VALUES ARE IN 4
RESISTOR VALUES ARE IN OHMS -
TOLERANCES ON DRAWN j
FRACTIONS OECIMALS ANGLES CHECKED
DO NOT SCALE THIS DRAWING APPROVE!
MIT
INSTRUMENTATION LAB
CAMBRIDGE. MASS.
LIST OF MATERIALS
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
IRIG & PIPA
SIGNAL CONDITIONER
APPLICATION
APPROVED,
MIT h
APPROVED,*
MSC
CODE IDENT NO. SIZE
: 80230 c
DRAWING NO.
1007662
[SHEET 2
■' '
APOLLO GW Specification
PS1007662 REV -
Original Issue Date :'*9 *»(•(»
Release Authority: TDRR XT7 H?
Class A Release
CODE IDE NT NO. 80*80
!
PROCUREMENT SPECIFICATION
I PRODUCT CONFIGURATION AND ACCEPTANCE TEST REQUIREMENTS
l
SIGNAL CONDITIONER, IRIG AND PIPA ASSEMBLY
DRAWING NO. 1007668
Record of Revisions
Dele
Revision
Letter
TDRR
No.
Pages
Revised
Approvals 1
MIT
NASA
This specification consists of page 1 to 18 inclusive.
APPROVALS
k Q. METZGEM
NASA/MSC
m
MIT/IL
ACSP
1
APOLLO GAN Specification
PS1007662 REV -
3. REQUIREMENTS
3.1 PERFORMANCE
S. 1.1 DC Current Drain. With a 20.0*0.2 vdo input applied, the dc current drain of the
assembly shall be 28.0*6.8 ma dc.
3.1.2 Reference Current Drain. The reference current drain of the assembly from the
3200.0±3.2 ops power supply shall be <22.2 pamps.
3.1.3 Offset Voltage. The offset voltage for sections a, b, and o of Table IshalTbe <40 mv dc
and +2.500*0. 300 vdc for sections d, e, and f of Table 1.
TABLE I
INPUT AND OUTPUT PINS
3.1.4 Scale Factor. For an output voltage of 2.500*0.005 vdc at sections a, b, and c,
the input voltage shall be 5.25±0.25V rms at 0 phase. For an output of 5.000*0.005 vdc
at sections d, e, and f, the input voltage shall be 5.25*0.25V rms lagging the reference
phase by 45°.
3.1.5 Scale Factor Linearity. The scale factor of each output value shall not deviate
by more than five percent from the average erf six scale factors for each output section.
3.1.6 Output Impedance. With an output of 2.500*0.005 vdc for sections a, b, ando, and
5.000*0.005 vdc for sections d. e. and f, a change in load on all sections from 1 megohm
*1 percent to 100K ohms *1 percent shall not cause the output voltage to drop more than
0.120 vdc.
3.1.7 Phase-Polarity. Zero-phase signals applied to the inputs shall produce increasing
plus dc output voltages.
3.1.8 Output Ripple. The ac ripple voltage at the outputs iOfassenbly sections a,b, and c
shall be £ 15 mv PP»
3.1.9 Quadrature Rejection. The quadrature rejection ratio shall be <0.035.
3
4N * •*>■<■*
APOLLO GAN Specification
PS1007662 REV —
3.2 PRODUCT CONFIGURATION
3.2 1 Drawings. The configuration of the assembly shall be in accordance with Drawing
1007662 and all drawings and engineering data referenced thereon.
3.2.2 Selection of Capacitors and Resistors. Capacitors shall be selected as specified in
3.2.2.1 prior to selecting resistors as specified in 3.2.2.2.
3 2 2 1 Selection of Capacitors. With the components assembled as shown in the Assembly
Test Setup (Figure 1), capacitors C4, C5, C6, C31, C32, and C33 shall be selected as follows:
a. 75K ohm ±5 percent resistors shall be temporarily connnected into the circuit
positions occupied by resistors R28, R29, R30, R82, R83, and R84.
b. Variable capacitors, adjustable over a range of 10 to 250 pfd, shall be temporarily
connected into the circuit positions occupied by capacitors C4, C5, C6, C31, C32,
and C33.
c. With the operating voltages applied and the signal inputs shorted together, the do
output voltage and polarity shall be measured at the output pins specified in Table I.
d. The test voltage applied to the input pins of each section specified in Table I shall
be adjusted to 2.0±0. IV nns at a phase angle of 90* for assembly sections a, b,
and c and a +45* phase angle for assembly sections d, e, and f.
e. The decade capacitor, C4, shall be adjusted for the dc output obtained in 3.2.2.1. c
for that assembly section.
f. The conditions specified in 3.2.2.1.e shall be repeated for each assembly section.
g. Capacitors shall be selected in accordance with Drawing 1007662 such that they
correspond as closely as possible to the applicable decade capacitor setting used
in 3.2.2.1. e or f. Capacitor selections shall be made with sufficient-accuracy to
assure, after being connected into their circuit positions, dc output voltages that
are within ±35 mv of the corresponding values obtained in 3.2.2.1. c.
3.2.2.2 Selection of Resistors. With the components assembled as shown in Figure 1 and the
test circuit connected as shown in Figure 1, resistors R28, R29, R30, R82, R83, and R84
shall be selected as follows:
a. The capacitors selected in 3.2.2.1 shall be connected into their circuit positions.
b. 75K ohm ±5 percent resistors shall be temporarily connected into their circuit
positions.
p. yuless otherwise specified, 5.25±0.05V rms at 3200 cps and 0* phase shall be applied
to the input pins of assembly sections a, b, and c and 5.25±0.05V rms at 3200 cps and
-45° phase shall be applied to the input pins of sections d, e, and f.
4
APOLLO GIN Specification
PS10076GS REV-
APOLLO GAN Specification
PS1007662 REV -
d. A decade resistor shall be temporarily connected into the circuit position for
R28 and adjusted for an output of 2.500*0.005 vdc between pins 8 (Hi) and 5 (I/>).
e. A resistor shall be selected in accordance with Drawing 1007662 such that the
value selected corresponds as closely as possible to the decade resistor setting
in 3.2.2.2.d.
f. The resistor selected in 3.2.2.2. e shall be connected in its circuit position.
g. Resistors R29, R30, R82, R83, and R84 shall be selected in a similar manner
by temporarily connecting, the decade resistor in the resistor's circuit position
and adjusting it to obtain 2.500*0.005 vdc between the applicable output pins for
sections a, b, and c of Table I and 5.000*0.005 vdc between the applicable output
pins for sections d, e, and f of Table I. Resistor selection shall be made with
sufficient accuracy to assure, after being connected in their circuit positions, that
an output voltage of 2.500*0.100 vdc exists between the applicable output pins for
assembly sections a, b, and c of Table I and that an output voltage of 5.000*0.500 vdc
exists between the applicable output pins for assembly sections d, e, and f of Table I.
3.2.3 Standards of Manufacturing, Manufacturing Process and Production
3.2.3.1 Insulation Resistance. The dc resistance between all assembly pins, except pin 1,
and the assembly mounting screws shall be >100 megohms.
3.2.3.2 Continuity and DC Resistance. The continuity and do resistance shall be as specified
in Table Q.
3.2.3.3 Circuit Isolation. The dc resistance between any two, low pins of the power, reference,
input, and output circuits shall be >100 megohms.
TABLE n
CONTINUITY AND DC RESISTANCE
FROM PIN
13
TO PIN
10
RESISTANCE (ohms)
Minimum Maximum ^
184K 196K
18
14
Frame
100K
APOLLO GW Specification
PS1007662 REV—
4. QUALITY ASSURANCE PROVISIONS
4.1 PRODUCT PERFORMANCE AND CONFIGURATION REQUIREMENTS/QUALITY
VERIFICATION CROSS REFERENCE INDEX
Test/Examination
DC Current Drain
Reference Current Drain
Offset Voltage
Scale Factor
Scale Factor Linearity
Output Impedance
Phase-Polarity
Output Ripple
Quadrature Rejection
Drawing Compliance
Selection of Capacitors
and Resistors
Insulation Resistance
Continuity and DC Resistance
Circuit Isolation
Requirement
3.2.2
3.2.3.1
3.2.3.2
3.2.3.3
4.2 GENERAL. - The contractor responsible for the m a n u f acture of the assembly shall
be responsible for the accomplishment of each test required herein.
4.2.1 Test Conditions
4.2.1.1 Environmental. Unless otherwise specified, the assemblies shall be tested under
the following ambient conditions:
a. Temperature: 25* ±10*C
b. Relative Humidity: 90% max
c. Barometric Pressure: 28 to 32 inches of Hg
4.2.1.2 Inputs. Unless otherwise specified, the testa shall be performed with the following
voltages applied:
a. DC Supply Voltage: 19.0 to 22.5 vdc adjustable, Z Q <1 ohm at 3200 cps
b. AC Supply Voltage: 28.0±0.28V rms, 800.0 cps ±1 percent
c. Reference Voltage: 2.0*0. IV rms, 3200. (b8.2 cps
d. Input Signal:
(1) Assembly Sections a, b, and c:0 to 6V rms adjustable, 3200.0±3.2 cps, phases
of 0, v, or x/2 within 0.5* of reference signal.
(2) Assembly Sections d, e, and f lO to 6V rms adjustable, 3200+0*3.2 cps, phases
of -45*, +45*, and 225* within 0.5* of reference signal.
7
APOLLO G&N Specification
PS1007662 REV —
4.2.1.3 Test Setup. The test setup shall be as shown in Figure 1.
4.2.2 Test Applicability. Unless otherwise specified, the tests specified herein shall be
performed on each assembly section. The assembly sections and their respective input
and output pins are listed in Table . I.
4.2.3 Nonconforming Units. Failure of the units to pass any examination or test of this
specification shall automatically classify the unit as nonconforming. Each nonconforming
unit corrected by the contractor shall be reinspected. Reinspection may be limited to the
test or examination which defined the nonconformance, or, when directed by the cognizant
inspector, a complete retest and reexamination may be required. Nonconforming units
which have not been corrected will be considered for acceptance only upon formal application
by the contractor to the cognizant NASA representative.
4.3 TESTS
4.3.1 Drawing Compliance. The assembly shall be visually examined for compliance to the
requirements of Drawing 1007662. Particular attention shall be given to inspection for nicks,
scratches, burrs, dents, encapsulant defects, contaminants, pin misalignment, and legibility
and appearance of markings.
4.3.2 Workmanship-Vibration. The assembly shall be placed in the vibration fixture and
vibrated along the radial axis as shown in Figure 2 with simple harmonic motion swept from
10 to 2000 cps at a rate of one octave/15 sec. The magnitude of the vibration shall be 6. Og
rms limited to a 0.4 in pp constant displacement from 10 cps to the crossover frequency.
After vibration, the assembly shall be examined as specified in 4.3.1.
4.3.3 Selection of Capacitors and Resistors. Verification by examination of parts selection
data shall be performed to ensure that the requirements specified in 3.2.2.1 and 3.2.2.2 have
been met.
4.3.4 Insulation Resistance. The dc resistance between all assembly pins, except pin 1, and
the assembly mounting screws shall be measured in accordance with Method 302 of Standard
MIL-STD-202 using a megohmmeter having an output voltage of 225±75 vdc and limited to a
short circuit current of 6.0 microamperes. The insulation resistance shall be >100 megohms.
4.3.5 Continuity and DC Resistance. The dc resistance between the pins listed in Table II
shall be as specified when measured with a low-voltage, resistance measuring device using
Method 303 of Standard MIL-STD-202. To assure a good electrical connection when measuring
between pin 1 and the chassis, the anodizing may be penetrated on the top of the module.
4.3.6 Circuit Isolation. The circuit isolation shall be as specified fay Table m.
8
1 's „ •' \ , . ¥* ■ • wi. m^m^, '■'.' _ • rf «---M- ^ \ vi\r '\ *. ,„ ,, / ^ 1 ,//’
, >' J *
<* X ,/v /.l Tte*# #
APOLLO GW Specification
PS1007662 REV ~
TABLE HI
CIRCUIT ISOLATION
4. S. 7 DC Current Drain. With no reference voltage signal inp uts applied, the do current
drain on the 20.0*0.2 vdc power supply shall be 28.0*6.8 ma do.
4. 3. 8 Reference Current Drain* With the signal input (Hi) and (Lo) pins connected together
and the do sttyply voltage applied, the current drain from the 3200.0*3.2 ops power supply
shall be <22.2 pimps.
4.2. t Offset Voltage. With all the input pins connected together, the do output voltage shall
be <40 mv for sections a, b, and c and shall be *2.500*0.300 vdc for sections d, e, and f.
4.3.10 Scale Factor
4 . 3 . io. 1 Sections a, b, and o. With the signal input voltage adjusted for an output of
+2.500*0.005 vde plus the measured offset voltage (see 4.3.9), the signal voltage at the
input pins shall be 5.25*0.25V rms at 0* phase.
4.3.10.2 Sections d, e, and f. With the signal input voltage adjusted for an output of *5.000*0.005
vdc plus the measured offset voltage (see 4.3.9), the signal voltage at the input pins shall be
5.25*0.25V rms at a phase angle of -45.0* *0.5*.
4.3.11 Scale Factor Linearity
4.3.11.1 Sections a, b, and c. With the conditions specified below established for sections
a| b, and c, each of six calculated scale factor values shall not deviate from the average of
the six values by more than *5 percent.
a. The fixed input level, E s , determined by adjusting the input to obtain an output
of *2.500*0.005 vdc.
b. The input voltage, E^, consecutively adjusted to 0.600 and 0.200 of E 8 and the
respective outputs measured.
c. The phase of E 8 reversed and the outputs measured for inputs of 1.000E fl , O.SOOE 8 , and
0.200E S .
10
APOLLO G&N Specification
PS1007662 REV -
d. The offset voltage at the output terminals measured with the input pins connected
together.
e. The offset voltage algebraically subtracted from the six output measurements.
f m The outputs at 1.000E g divided by 5, those at 0.600E S by 3, and those at 0.200E g
by 1.000.
g. The six calculated values averaged and the deviation of each value from the average
determined.
4.3.11.2 Sections d, e» and f.. With the conditions specified below established for sections
d, e, and f, each of six calculated scale factor values shall not deviate from the average of
the six values by more than ±5 percent.
a. The fixed input level, E s> determined by adjusting the input to obtain an output of
+5.000*0.005 vdc.
b. The input voltage consecutively adjusted to 0.600 and 0.200 of E s and the respective
outputs measured.
c. The phase of E s reversed and the outputs measured for inputs of 1.000E 8 , 0.600E 8(
and0.200E Sa
d. The bias voltage at the output terminals measured with the input pins connected
together.
e. The bias voltage algebraically subtracted from the six output measurements.
f. The outputs at 1.000E S divided by 5, those at 0 t 600E 8 by 3, and those at 0.200E 8
by 1.000.
g. The six calculated values averaged and the deviation of each value from the average
determined.
4.3.12 Output Impedance. With an input signal voltage applied such that the output is
2.500*0.005 vdc for sections a, b, and c and 5.000*0.005 vdc for sections d t e, and f,
changing the load on all sections from 1 megohm *1 percent to 100K ohms *1 percent,
shall not cause the output voltage to drop more than 0.120 vdc.
4.3.13 Phase-Polarity. With a zero phase signal applied to the input pins, an increasing
plus dc voltage shall appear at the output pins.
4.3.14 Output Ripple. With a voltage applied to the input pins and adjusted for an output of
2.-50040.-005 vdc at sections a, b, and c the ripple voltage at t*»,*eswtive output pda* ,.t
shall be ^15 mv pp* <
11
APOLLO G4N Specification
PS1007662 REV -
4.3.15 Quadrature Rejection. With a 0.0* *0.5* phase lnp|i signal applied and ad justed to
obtain an output at 2.500±0.005 vdc for sections a, b, and c and the signal input phaee chan ged from
0.0* *0.5* to 90.0* ±0.5\ the output voltages shall not deviate by more than 87.5 mv from the
obtained with the signal input pins shorted together. With a -45. C»0. 5* phase input signal
applied and adjusted to obtain an output d 5.000*0.005 vdo for sections d, a. andf, a ohange in the
„ igM i phaee from -45. Q.r*0. IMLMBJOtM JCjriHil net carafe ft devtattoti inIt* ttafcui jpeater
%h»n 87.5 mv from the output obtained with the signal input ptasshoxted together.
5. PREPARATION FOR DELIVERY
5.1 GENERAL. Pseparation for delivery shall be in accordance with Specification ND1002214.
6. NOTES. None.
OJR/prs
12
3
2
1
REVISIONS /?777
RQ
DESCRIPTION
DR
DATE
APPROVED I
D
■
REPLACED WITH CHANGE BY
REV (B) PER TDRR 222 01
fit
s
13 SEP
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■
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(A) REPLACED WITH CHANGE BY REV @
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PART OR
MATERIAL
NOMENCLATURE OR
FIND
REQD
IDENTIFYING NO.
OR NOTES
DESCRIPTION
NO.
LIST OF MATERIALS
ro
B
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
CAPACITOR VALUES ARE IN M f
RESISTOR VALUES ARE IN OHMS
TOLERANCES ON
FRACTIONS DECIMALS ANGLES
± ± ±
DO NOT SCALE THIS DRAWING
MIT
INSTRUMENTATION LAB
CAMBRIDGE. MASS
MATERIAL
DRAWN
CHECKED
APPROVED
APPROVED
APPROVED.
MSC
(-U
V- 'P-ai
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
SCALER
SIGNAL CONDITIONER
CODE IDENT NO
B0230
SIZE
C
DRAWING NO.
1007663
I SHEET | OF f
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SCHEMATIC
REF
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TERMINAL THREADED
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1006776-22
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1006750-67
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1006750-49
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1006750-45
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1010779-18
CONNECTOR RECEPTACLE ELEC
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2
10 106 18-4
SCREW. BUTTON HEAD
MM
4
1 008 161 - 2
SCREW,CAP SLOTTED HEAD
B
2
10 15135-015
SPACER NYLON
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1008237
WIRING BOARD,TOP
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1008239
WIRING BOARD, BOTTOM
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1008206
FRAME ____
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1007663 - B
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CIRCUIT
CIRCUIT
POINT
POINT
PI- 1
E 1
PI-2
E2
PI-3
E3
PI-4
E4
PI-5
E5
PI-6
E 6
PI-7
E7
PI-8
E 8
P 1-9
E9
PI-10
E 10
P l-ll
E II
PI-12
E 12
PI-13
EI3
PI-14
£ 14
P 1-15
E 15
PI-16
E 16
P 1-17
E 17
PI-18
E 18
PI-19
EI9
PI-20
PI-21
P 1-22
P 1-23
P 1-24
P 1-25
P 1-26
P 1-27
P 1-28
P 1-29
PI-30
PI-31
PI-32
PI-33
P I -34
P 1-35
P I 36
PI 37 THRU43
P 1-44
P 1-45
P 1-46
PI-47
P 1-48
PI-49
PI-50
PI-51
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. AR DENOTES AS REQUIRED
i. K INDICATES CATHODE SIDE SIDE OF DIODE
L + DENOTES POSITIVE SIDE OF CAPACITOR
5. FT DENOTES FEED THRU
6. WELD PER ND 1002005
f. TRIM UNUSED LEADS ON FIND NO. 7 .060/.I00 FROM CASE
B. INDICATED AREA TO BE FREE OF ENCAPSULATION
3. ENCAPSULATE PER ND 1002002. REMOVE FLASHING
0. APPLY WET ZINC CHROMATE PRIMER MIL P 8585 TO THREADS OF FIND N0.6 AT INSTALLATION
1. MARK .140/.100 HIGH WHITE CHARACTERS PER ND 1002019 AND SERIALIZE PER ND 1002023
CENTRALIZE AS SHOWN
2. BONO FIND NO. 2 TO FIND NO-1 PER ND 1002004 TYPE I
3. BOND FIND NO. 17 TO FIND NO. I PER ND 10 0 2 004 TYPE I
4. BOND FIND NO. 18 TO FIND NO. 3 PER ND 1002004 TYPE I
5. BOND FIND NO 19 TO FIND NO-18 PER ND 1002004 TYPE I
6. TYPICAL SLEEVING FOR FIND NO. 8 THRU 15
17. UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE WITH N0I002069
18. MOUNTING TORQUE FOR FIND NO. 24 TO BE 15 TO 20 INCH OUNCES
19. COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH ANO SHALL MEET
ALL REQUIREMENTS OF P S. 1007663
PERMISSIBLE LIMITS-
OF ENCAPSULATION
SEE NOTE 9
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TYP-
1007663
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TOLERANCES ON
>q >oio? ^o.
2006093-002
1006776-22
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1006750-49
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1008237
1006239
1008246
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WIRE.ELECTRICAL
WIRE.ELECTRICAL
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C>iod£
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RESISTOR
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CONNECTOR RECEPTACLE ELEC
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SCREW,CAP SLOTTED HEAD
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WIRING BOARD. BOTTOM
FRAME
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SIGNAL CONDITIONER
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1007663
1 u I
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1007663 |cj
SC p. MOTE 15
31 £ MOTE 14
P| OMISSIBLE LIMITS
Of ENCAPSULATION
31. E NOTE 9
C ZD —•
SEE NOTE 16
ICONNECTOR WIRING DATA |
FROM
TO
CIRCUIT
CIRCUIT
POINT
POINT
PI- l
E '
PI-2
E2
PI-3
E 3
PI-4
E4
PI- 5
E5
PI-6
EG
PI-7
E 7
PI-8
E 6
PI-9
E 9
PI-10
E 10
P 1- 11
E M
PI-12
E 12
PI-13
E 13
PI-14
E 14
P 1-15
E 15
P 1- IG
F '6
P 1-17
E 17
PI-18
E 18
P 1-19
E 19
PI-20
E 20
P 1-21
E 21
PI-22
E 22
P 1-23
E 23
P 1-24
E 24
P 1-25
E 25
P I-2G
E 26
PI-27
E 27
PI-28
E 28
PI-29
E 29
P 1-30
E 30
PI-31
E 31 .
PI-32
E 32
PI-33
E 33
P 1-34
E 34
P 1-35
E 35
PI 36
E 36
PI 37 THRU39
SPARES
P 1-40 C4I
Cl HO
P 1-42143
Cl (-)
P 1-4*
E 44
P 1-45
E 45
P 1-46
E 46
P 1-47
E-47
P 1-40
E 48
PI-49
E-4-9
PI-50
E-30
PI-31
E-51
notes:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. AR DENOTES AS REQUIRED
3. K INDICATES CATHODE SIDE SIOE OF DIODE
4. + DENOTES POSITIVE SIOE OF CAPACITOR
5. FT DENOTES FEED THRU
6. WELD PER ND 1002005
7. TRIM UNUSED LEADS ON FIND NO. 7 .OGO/.lOO FROM CASE
0. INDICATED AREA TO BE FREE OF ENCAPSULATION
9. ENCAPSULATE PER ND 1002002. REMOVE FLASHING
10. APPLY WET ZINC CHROMATE PRIMER MIL P 8585 TO THREADS OF FIND NO G AT INSTALLATION
11. MARK I40/.I00 HIGH WHITE CHARACTERS PER ND 1002019 ANO SERIALIZE PER ND 1002023
CENTRALIZE AS SHOWN
12. BONO FIND NO. 2 TO FIND NO-1 PER ND 1002004 TYPE I
13. BOND FIND NO. 17 TO FIND NO. I PER NDIO 02 004 TYPE I
14. BOND FIND NO. 18 TO FIND NO. 3 PER ND 1002004 TYPE I
15. BONO FINO NO 19 TO FIND N0-I8 PER ND 1002004 TYPE I
IG. TYPICAL SLEEVING FOR FIND NO. 8 THRU 15
17. UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE WITH NDI0020G9
18. MOUNTING TORQUE FOR FIND NO. 24 TO BE IS TO 20 INCH OUNCES
L9. ENCAPSULATE PER ND 1002236.
20. SOLDER PER NDI00207I
21. CLEAN MODULES WHERE POSSIBLE BY DEGREASING WITH FREON 4 ISO-PROPYL ALCOHOL PRIOR
TO ENCAPSULATION.
22. EXCEPT FDR THE MODULE MOUNTING SURFACE, PAINT ALL SURFACES PER NDI002279
1010992 PRIMER | 1008809-4 PAINT. CONNECTOR PIN-BLADES < INSULATORS TO BE FREE
Z3L COMPLETED A5SEMBLY SHALL BE TESTED IN ACCORDANCE WITH AND SHALL MEET
ALL REQUIREMENTS OF PS 1007663.
12
10
9
10
9
I
I
I
I
.015 MAX •<
.005 MAX- m
PERMISSIBLE LIMITS-^
OF ENCAPSULATION
SEE NOTE 9
SEE NOTE IS
SEE NOTE 14 -
PERMISSIBLE LIMITS
OF ENCAPSULATION
SEE NOTE 9
1007663
' 1 *
4
2
1
APOLLO G4H Specification
P81007663 REV
Original Issue Date: 20 34* loi*
Release Authority: TDRR 2.5
Class A Release
CODE IDENT NO. 80230
PROCUREMENT SPECIFICATION
PRODUCT CONFIGURATION AND ACCEPTANCE TEST REQUIREMENTS
SIGNAL CONDITIONER, 8 CALER ASSEMBLY
DRAWING NO. 1007663
m
1
Record of Revisions
Date
Revision
Letter
TDRR
No.
Pages
Revised
Approvals 1
MIT
NASA
This specification consists of page 1 to 10 inclusive.
i
APOLLO GfcN Specification
PS1007663 REV —
3.1 .8 Reverse Diode Current. The reverse diode current shall be as specified In Table Ifi.
TABLE m
REVERSE DIODE CURRENT
f TWDTTT
- 1 -
OUTPUT 1
VDC
<->
COMMON
19
VDC
-28.0*0.2
20
1
1
2
3
21
J
I
5
4
22
V
T „
7
6
Wva : ■ i ! ! 1
-28.0*0.1
23
3.1.4 Thermistor Control Circuit Operation. The thermistor control circuit shall operate
in accordance with the following requirement*.
EQUIPMENT CONDITION
a.
28.0*0.28V rms, 800*8 cpe present
at pins 15 (Hi) and 33 (Lo), resistance*
of 5 K ohms *3 percent present between
pin 49 (common) and pins 17, 34, 50
and 48 (Hi).
* * vdc present at pins 18, 36,
£1 and 8 * <Hi) am} 47 (common)
b.
EQUIPMENT CONDITION as in a.,
except 1.63K ohm *3 percent resistances
substituted . for 5K ohms resistances.
± vdc present at pins 18, 35,
51 and 31 (Hi) and 47 (common), and the
ac ripple voltage at the previously
specified pins shall be not greater than
40 mv pp.
3.2 PRODUCT CONFIGURATION
8.2.1 Drawings. The configuration of the assembly shall be In accordance with Drawing
1007663 and all drawings and engineering data referenced thereon.
3.2.2 Standards of Manufacturing, Manufacturing Process and Production
3.2.2.1 Insulation Resistance. The resistance from each connector pin, except pin 36, to
the frame assembly shall be equal to or greater than 100 megohms.
4
- f‘
w r ■
X.«« *£. . .„ »il
APOLLO GtN Specification
PS1007663 REV -
4.8.7 Output Voltage. The output voltage shall be measured to assure that the requirements
specified in Table H have been met.
4.3.8 Reverse Diode Current. The reverse diode current shall be measured to assure that
requirements specified in Table m have been ipet.
4.3.9 Thermistor Control Circuit Operation. The thermistor control circuit shall be tested
as follows:
a. A voltage of 28.0*0.28V rms, 800±8 ops shall be applied to pins 15 (Hi) and 33 (Lo).
b. Four resistors of 5K ohms ±3 percent each shall be connected between pin 49 (common)
and pins 17, 34, 50 and 48 (Hi).
o. The do output voltage measured at pins 18, 35, 51 and 31 (Hi) and 47 (common) shall
be. * vdc.
d. The 5K ohm resistors shall be removed and replaced with 1.83K ohm ±3 percent
resistors. The dc output voltage measured at pins 18, 35, 51 and 31 (Hi) and 47
(common) shall be * vdc.
e. The ac ripple voltage present at pins 18, 35, 51 and 31 (Hi) and 47 (common) shall
be measured and shall be not greater than 40 mv pp.
5. PREPARATION FOR DELIVERY
5.1 GENERAL. Preparation for delivery shall be in accordance with Specification
ND 1002214.
6. NOTES. None.
JD/dmh
10
1007664
RCFEMNCC 0CSMNATI0NS IN PMCMTHCSfS APOLV
TO UCONO LtVtL COMPONCNTft. fttt ftlOC VICW
1007664
13
12
I CONNECTOR WIRING DATA |
PARTIAL SECTION A-A
E 2 3
NOT USED
C24
PARTIAL SECTION B-B
PARTIAL SECTION C C
"Interpret drawing in accordance with standards prescribed by mil-d-70327
2. AR DENOTES AS REQUIRED
3. FT DENOTES FEEDTHRU
4 . -f INDICATES CAPACITOR POLARITY
\ BOND of Q°5°. 07. 08. 09. 0,1. 0,2. T,. T4 AND T7 TO FIND NO. 2 PEN NO,002004 TYPE 1
7. BONO 02. OS. 0,0. T2, T3. 75. 76. 78 AND 79 70 FINO NO. 3 PER ND ,002004 7YPE I
8. BOND QI3, 015, QI6, QI7, QI9, Q20, Q2I, 023, Q24, TIO, TI3 AND TIB TO FIND NO. 4 PER
9 . “ OlIIo«! T„, 7 , 2 . TI 4 , 7,5. 7,7 ANO TIB TO FIND NO. 5 PER ND ,002004 TYPE . I
10 BONO FIND* N0.5 TO FIND NO. I PER ND 1002004 TYPE I _.__ e
11 VALUES OF C2, CIO, CI8, C26. C34 AND C42 TO BE SELECTED AT FINAL TEST. PARTS
TO BE SELECTED FROM I0I04I0-I THRU 1010410-19
12. VALUES OF R9, R25, R4I, R57, R73 AND R89 TO BE SELECTED AT FINAL TEST. PARTS TO
BE SELECTED FROM 1010311-296 THRU I0I03II-3I4
13 LONG FEEDTHRUS TYPICAL FOR FT25, FT26, FT27, FT28 AND FT29 ONLY
14. TRIM UNUSED LEADS ON FIND NO. 12 .030 MAX FROM BODY
15. APPLY WET ZINC CHROMATE PRIMER MIL-P-8585 TO THREADS OF FINO NO. II AT
INSTALLATION
16. INDICATED AREA TO BE FREE OF ENCAPSULATION __, ,
17. ENCAPSULATE MODULE PER ND 1002002. BLACK POLYURETHANE FOAM. REMOVE ALL
18. Mark” JfO/.lOO HIGH WHITE CHARACTERS PER NO 1002019 AND SERIALIZE PER NO 1002023.
CENTRALIZE AS ^HOWN
19. TYPICAL SLEEPING for T7 BLU, tig BLU, T4 BLU,Ti 3 BLU, T9VEL,Tl8 YEL, T2GRN, TIIGRN, T3 YEL,
TI2 YEL FT 7, FT 19, FT 3,. AND FT 15
2Q TYPICAL SLEEVING FOR ALL RESISTORS
£ ShITbE ^7 ES7 £C) E In'aC COROANCE^ W^TH AND SMALL ME£7 ALL THE
REQUIREMENTS OF PS 1007664
u
1007664_aTi
13
12
APOLLO G&N Specification
PS1007664 REV A
Original Issue Date: 2£" XAaI <#(©
Release Authority: TDRRA-.T7V f
Class A Release
CODE IDENT NO. 80230
PROCUREMENT SPECIFICATION
PRODUCT CONFIGURATION AND ACCEPTANCE TEST REQUIREMENTS
SIGNAL CONDITIONER, GIMBAL RESOLVER ASSEMBLY
DRAWING NO. 1007664
Record of Revisions
Revision
Letter
TDRR
No.
Pages
Revised
Approvals I
MIT
NASA
A
26589
WK
TM
m
This specification consists of page l to 11 inclusive.
APOLLO G&N Specification
PS1007664 REV A
e. A resistor shall be selected in accordance with Drawing 1007664 such that the
value selected corresponds as closely as possible to the decade resistor setting
in 3.2.2.2. d.
f. Hie resistor selected in 3.2.2.2. e shall be connected in its circuit position.
g. Resistors R25, R41, R57, R73 and R8P shall be selected in a similar manner
by temporarily connecting the decade resistor in the resistor's circuit position
and adjusting it to obtain 2.500±0.005 vdc between the applicable output pins
(see Figure 1 and Table I). Resistor selections shall be made with sufficient
accuracy to assure, after being connected into their circuit positions, output
voltages of 2.500±0.030 vdc between each set of output pins listed in Table L
3.2.3 Standards of Manufacturing, Manufacturing Process and Production
3.2.3.1 Insulation Resistance. Hie resistance between all assembly pins, except pin 25, and
the assembly mounting screws shall be equal to or greater than 100 megohms.
3.2.3.2 Continuity and DC Resistance. Continuity and dc resistance shall be as specified
in Table D.
CONTINUITY AND DC RESISTANCE
APOLLO G&N Specification
PS1007664 REV A
4.2.2 Nonconforming Units. Failure of the units to pass any examination or test of this spec¬
ification shall automatically classify the unit as nonconforming. Each nonconforming unit
corrected by the contractor shall be reinspected. Reinspection may be limited to the test or
examination which defined the nonconformance, or, when directed by the cognizant inspector,
a complete retest and reexamination may be required. Nonconforming units which have not
been corrected will be considered for acceptance only upon formal application by the contractor
to the cognizant NASA representative.
4.3 TESTS
4.3.1 Drawing Compliance. The assembly shall be visually examined for compliance to
the requirements of Drawing 1007664. Particular attention shall be given to inspection for
nicks, scratches, burrs, dents, encapsulant defects, contaminants, pin misalignment, and
legibility and appearance of markings.
4.3.2 Workmanship-Vibration. Hie assembly shall be placed in the vibration fixture and
vibrated along the radial axis as shown in Figure 2 with simple harmonic motion swept from
10 to 2000 cps at a rate of one octave per 15 seconds. Hie magnitude of the vibration shall
be 6. Og rms limited to a 0.4 inch pp constant displacement from 10 cps to the crossover
frequency. After vibration, the assembly shall be examined as specified in 4.3.1.
4.3.3 Selection of Capacitors and Resistors. Verification by examination of parts selection
been met* ** perfonned to cnsure that the requirements specified in 3.2.2.1 and 3.2.2.2 have
4.3.4 Insulation Resistance. Hie insulation resistance between all assembly pins, except
pin25,and the assembly mounting screws shall be measured in accordance with Method 302
of Standard MIL-STD-202 using a megohm meter having an output voltage of 225±75 vdc and
limited to a short circuit current of 6.0 microamperes. Hie insulation resistance shall be
equal to or greater than 100 megohms.
4.3.5 Continuity and DC Resistance. Resistance between the pins listed in Table II
shall be as specified when measured with a low voltage resistance measuring device using
Method 303 of Standard MIL-STD-202. To assure a good electrical connection, when
measuring between pin 25 and the frame, the anodizing may be penetrated on the top of the
module.
4.3.6 DC Current Drain. With all signal input Hi and Lo terminals connected together
and with no reference voltage applied, the dc current drain on the 20.0 vdc supply shall
be 8.0±1.0 ma.
4.3.7 Reference Current Drain. With all signal input Hi and Lo terminals connected
together, and the normal operating voltages applied, the current drain on the 28.00V, 800 cps
reference supply shall be less than 12.3 ma.
m; _A_ REVISED PER TDSR £2507
^~B~ REVISED PER TDRR 23302
SIGNAL CONDITIONER ASSY I
G.MBAL RESOIYER l>7 *0 REF
1007664-011 I
LJ
MARKING VIEW
SCALE :l: I
I 2008093-002
6 I0I03II — 117 _
AR 1006757 - 8 _
AR 1006757-1 _
12 1010387- I _
12 1010367 _
G 1008832
6 1010324 _
6 1010323 _
18 1010364-768
6 1010364-707 _
6 1010311 1SEE NOTE 12
6 I0I03U-28I _
12 10*0311 126 _
6 1006750-68 _
6 1006750-65
6 1006750-56 _
12 1006750-38 _
12 1006750-36
6 1010410 (SEE NOTE 111
6 1010410- I _
12 1010279-16 _
6 1006755-69 _
12 1006755-34 _
T~ 1006755-31 _
I 1010779-12
T" 1010618 -4 _
AR 1006776-22_
1008161 - I
1008168-2
IOI5I3S-OI4
1008196
1008195
1008194
1008193 ~~
1008166
TERMINAL THREADED _
RESISTOR
WIRE. ELECTRICAL _
WIRE. ELECTRICAL
TRANSISTOR
TRANSISTOR
TRANSFORMER
TRANSFORMER
TRANSFORMER
RESISTOR
RESISTOR _
RESISTOR
RESISTOR _
RESISTOR
RESISTOR _
RESISTOR
RESISTOR
RESISTOR
RESISTOR
' CAPACITOR _
' CAPACITOR _
’ CAPACITOR
' CAPACITOR
■ CAPACITOR
' £aRa£ iT6B
' CONNECTOR. RECEPTACLE. EL
' SCR^W _
INSULATION. SLEEVING. ELEC
■ intimation. SLEEVING. ELEC
SCREW
" SPACER _
SPACER
WIRING BOARD Q _
' WIRING BOARD C
‘ WIRING BOARO t _
" WIRING BOARO A
" FRAME_
SIGNAL CONDITIONER ASSY
GIMBAL RESOLVER
1007664
■ mfmiA
/f « W
hi (C20)
4-1-
ZC i ■
/ h -T ' u f* \i
/t 3~^^yj^/ 11 '']/ y -i mO\
S r ^-~~^w< Kar ^ T V vi&iK
fcJL^jw#/" 'A > Ff , j /} /i^
y/^-yZ
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BRN
flH. IV
/ IA
m y
'aX*
i' : yy
RBVyB9 N V_
-J
dcSaW
r;^rw&:
J^j )j G R N^ z '' ^ /
T.
2 llUy
KV
/A
bfr
^7)1 Y*»
\ \\i
/ \
m
N| v\vv l*^'^
jL^K__\_1
_ ^
^g/R } 2^^
(+)
11 ~£gi^\
CI2 /
y" ^;1R70> _. _
(C36)/
1 \^lN
w/y
j/'SSi'C
fc^-jRTljV
/RI4I A -
__ \ vC«7 cii . //
L(R49)\.*" :
CIO I
(C34) ;
E /CI4(-) X N x / —
f?&| »($ '/
1 (-5 7/ /ft? I ( t iM
vjL /(^T • , i i
.ffT/K '* 1 ! V———
3 A J) ',lr€
i x .—
\xA"'"sxy\ !/
JJ^XX
EM
Vf SsH..
Afc 'X
j'^r / tt fi i i
1 it
^7 ^|Xgr- & RN r \ t ^\ •
I <C 1 4> ^ l ^ ll/
[<
L/VE
K
(FT2I)V^^
^(R88)/ ^\N
-fpR 4 |J
(R89)/
S;#v/
(C45) (—) j <P&r/ A y
v I ( (l
i^SAi \ \j
\, jr
w/
<-> rs~
ili
I "litriTr jr
i isV
A
^s&3S^^''ji£dt
[ ciT"
33*™$^
gey
^QsjTiel,
■ *-=— «^v ^ > y v
FT29 FT28 ^ 2? f
&I
REFERENCE DESIGNATIONS IN PARENTHESIS APPLY
TO FIRST LEVEL COMPONENTS. SEE SIOE VIEW
10
set »OTt •
PARTIAL SECTION A-A
SCALE:*/1
EIO
Ell
E12
EI3
EI4
EIS
EI6
EI7
EIS
E19
E2Q
E2I
E 22
E 2 3
NOT USED
C 24
PARTIAL SECTION B*B
SCALE:*/1
PARTIAL SECTION C C
SCALE :S/I
*TERPRtT DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED »Y MIL-D-70327
2. AR DENOTES AS REQUIRED
3. FT DENOTES FEEDTHRU
4. + INDICATES CAPACITOR POLARITY
l ^ 0| ER 0? D 04° 0°5° 07, OS, 09, 0.1, 012. Tl. T« AND T7 TO FIND NO. 2 PER NO 1002004 TYPE I
t'IoNO 02 os' 0*0 72 T i. IS. IS. TS AND T9 TO FIND NO. 3 PER NO 1002004 TYPE I
•*. BOND 013*, 015. 016, 017. 019. 020, 021. 023, 024, TIO, TI3 ANO TIE TO FIND NO. 4 PER
9 Son2 0 q°4° 01 ^ 022 ! 711, TI2.TI4, TIS. T.7 AND TI8 TO FIND NO. S PER NO 1002004 TYPE .1
K). BONO FIND NO. 5 TO FIND NO. I PER NO '002004 TVPE I
|| VALUES OF C2, CIO, CI8, C26, C34 AND C42 TO BE SELECTED AT FINAL TEST. PARTS
* TO BE SELECTED FROM I0I04I0-I THRU 1010410-19 #T . Tft
12 VALUES OF R9, R25.R4I, R57, R73 AND R89 TO BE SELECTED AT FINAL TEST. PARTS TO
’BE SELECTED FROM 1010311-296 THRU1010311-;3I« Q||LY
13. LONG FEEDTHRUS TYPICAL FOR FT25, FT26, FT27, FT28 AMD FT29 ONLY
14 TRIM UNUSED LEADS ON FIND NO. 12 .030 MAX FROM BODY
15! APPLY WET ZINC CHROMATE PRIMER MIL-P-8585 TO THREADS OF FINO NO. II AT
INSTALLATION
■£ INDICATED AREA TO BE FREE OF ENCAPSULATION
17. ENCAPSULATE MODULE PER NO 1002002, BLACK POLYURETHANE FOAM. REMOVE ALL
ie. mark H j 40 /.ioo high whiyc characyers per no 1002019 ano serialize per ho 100202 s.
I9 a TYPlC/Lt. FOIL T7 BLU, TIS BLU, T4 BLU,T|3.BL0» T9YEL.TI9 YEL, T2GRN. TIIGRN, T9VEL,
TI2 TEL FT 7, FT 19, FT 3, AND FT 15
20 TYPICAL SLEEVING FOR ALL RESISTORS rtlMrP .
21. MOUNTING TORQUE FOR FIND 3 JTO ®E 15-20 I^H OUNCES _ MEET ALL THE
22 COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH ANU "tt
REQUIREMENTS OF PS 1007664
23. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON ANO ISO‘PROPYL ALCOHOL PRIOR TO
ENCAPSULATION. _
_ - _ ____ Tue . - MOUNTING SURFACE PAINT ALL SURFACES PER ND“I0022T9, USING 1010992
24 ZS£ SS *H0 ISOLATORS to re pr®e of paint.
SIGNAL CONDITIONER ASST I
GIMBAL RESOIYER . *_
S/N _ I .*50
1007664-011 I-1 I
MARKING VIEW
SCALE :l:l
r TTO>LACJE2»R*v(J^ *J»TH W TT
(f ^ CHANGE ^5*
D REVISED PER TDRR Z58ZL
2006093-002
I0I03II-II7
10108 4 8-Z
I0067S7~'"
1010367-1“'
1010367 _
IQQ8632 _
1010324
1010323 _
1010364-766
1010364-707
I0I03II (SEE H6M
I0I03U-26I _
I0I03II 126
1006750-66
1006750-65
1006750-56
1006750-36
1006750-36
1010410 (sfeE NOTE
1010410- I _
1010279-16
1006755-69
1006755-34
>006755-31
10107?$-12
1010616-4
1006776-22_
_ TERMINAL THREADED _
RESISTOR
" wire, ELECTRICAL ““'
" WIRE, ELECTRICAL
" transistor
" transistor -
" TRANSFORMER-
" transformer
“ transformer
" RESISTOR --
' RESISTOR --
r RESISTOR -
"resistor --
“resistor --
" RESISTOR-
“ RESISTOR-
■ RESISTOR---
■ RESISTOR --
' RESISTOR -
" CAPACITOR
CA PAC IT OR
" Capacitor
' "capacitor
■ CAPACITOR -
' TaEaC iT6ft
‘ CONNECTOR. RECEPTACLE. ELEC '
INSULATION. SLEEVING. ELEC
TF#w TIQN , S ^^ ING > ^
SPACER --
SPACER
WIRIN6 BOARD D -
WIRING BOARD C
WIRIN6 BOARD 6
WIRING BOARD A
FRAME --
MANNED SPACECRAFT CENTER
_ HOUSTON. TUAS
SIGNAL CONDITIONER ASSY
GIMBAL RESOLVER
1007664
REFERENCE DESIGNATIONS IN PARENTHESIS APPLY
TO SECOND LEVEL COMPONENTS. SEE SIOE VIEW
WIRING DATA
1 ™
CIRCUIT
POINT
El
™_E 2
1
i
PARTIAL SECTION A-A
E12
EI3
E14
E 15
Elfe
E 17
E 18
E19
E2Q
£21
E22
E 2 3
NOT USED
E 24
PARTIAL SECTION B-B
PARTIAL SECTION C C
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. AR DENOTES AS REQUIRED
3. FT DENOTES FEEDTHRU
4. ♦ INDICATES CAPACITOR POLARITY
5. WELD PER ND 1002005
6. BOND Ql, Q3, Q4, Q5, Q7, 08, Q9, Oil, QI2, Tl, T4 AND T7 TO FIND NO. 2 PER ND 1002004 TYPE I
7. BOND Q2, Q6, QIO, T2, T3, T5, T6, T8 AND T9 TO FIND NO. 3 PER ND 1002004 TYPE I
8. BOND QI3, QI5, QI6, QI7, QI9, Q20, Q2I, Q23, Q24, TIO, TI3 AND TIB TO FIND NO. 4 PER
ND 1002004 TYPE I
9. BOND QI4, QI8, Q22, Til, TI2, TI4, TI5, TI7 ANO TIB TO FIND NO. 5 PER ND 1002004 TYPE I
K). BOND FIND NO. 5 TO FIND NO. I PER NDI002004 TYPE I
11. VALUES OF C2, CIO, CI8, C26, C34 AND C42 TO BE SELECTED AT FINAL TEST. PARTS
TO BE SELECTED FROM I0I04I0-I THRU 1010410-19
12. VALUES OF R9, R25, R4I, R57, R73 AND R89 TO BE SELECTED AT FINAL TEST. PARTS TO
BE SELECTED FROM 1010311-296 THRU I0I03II-3I4
13. LONG FEEDTHRUS TYPICAL FOR FT25, FT26, FT27, FT28 AND FT29 ONLY
14. TRIM UNUSED LEADS ON FIND NO. 12 .030 MAX FROM BODY
15. APPLY WET ZINC CHROMATE PRIMER MIL-P-8585 TO THREADS OF FIND NO. II AT
INSTALLATION
16. INDICATED AREA TO BE FREE OF ENCAPSULATION
17. ENCAPSULATE MODULE PER ND 1002002, BLACK POLYURETHANE FOAM. REMOVE ALL
FLASHING
18. MARK .140/.100 HIGH WHITE CHARACTERS PER ND 1002019 AND SERIALIZE PER ND 1002023.
CENTRALIZE AS SHOWN
* 9 - FOR T7 BLU, TIG BLU, T4 BLU,Tl3 BLU, T9 YEL, Tl8 Y£L, T2GRN, Til GRN. T3 YEL,
TI2 YEL FT 7, FT 19, FT 3, ANO FT 15
2Q TYPICAL SLEEVING FOR ALL RESISTORS
21. MOUNTING TORQUE FOR FIND NO 37 TO BE 15-20 INCH OUNCES
22 COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH AND SHALL MEET ALL THE
REQUIREMENTS OF PS 1007664
23. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL ALCOHOL PRIOR TO
ENCAPSULATION.
24 EXCEPT FOR THE MODULE MOUNTING SURFACE, PAINT ALL SURFACES PER ND‘1002279, USING 1010992
PRIMER AND 1008809-4 PAINT. CONNECTOR PIN BLADES AND INSULATORS TO BE FREE OF PAINT.
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1007664
REFERENCE DESIGNATIONS IN PARENTHESIS APPLY
TO FIRST LEVEL COMPONENTS. SEE SIDE VIEW
M»OTt
(ftj CRANGS TPfefrTDR5Lg569£ tls* //
; 0 REVISED PER TDRR Z58Z<. f< *Z s ***',?■
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signal conditioner asst
gimbal resolver *
S/N *•**<> REF
1007664*011 t I I
MARKING VIEW
SCALE II
2008093-002 _
I0I03II -117 _
1010848-2 _
I0067S7-I _
1010397- I _
1010367 _
IQQ&632 _
1010324 _
1010323 _
1010364-769 _
1010364-707 _
1010311 (SE E NOTE 127
IQI03M- 291 _
I0I03II 126 _
1006750-68 _
1006750-65 _
1006750-56 _
1006730-39 _
1006750-36
I0I04IQ (SEE NOTE llT
1010410- I _
1010279-16
1006755-69 _
1006755-34 _
1006755-31 _
1010779-12 ~
1010618-4 _
1006776-22
1 355 77 6-21 -
1008161 - I _
IG08I68-2 _
IOI5I35-OI4 _
1008471
1008476
1008474-
TERMINAL THREADED _
RESISTOR
WIRE, ELECTRICAL
WIRE, ELECTRICAL _
TRANSISTOR _
TRANSISTOR
TRANSFORMER
TRANSFORMER
TRANSFORMER
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR _
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
CAPACITOR .
CAPACITOR _
CAPACITOR
CAPACITOR "
CAPACITOR
CAPACITOR.
CONNECTOR. RECEPTACLE. ELEC~
SCREW
INSULATION. SLEEVING. ELEC
INSULATION. SLEEVING. ELEC
SCREW _
SPACER
'spacer
WIRING BOARD D
WIRING BOARD C ' ~
WIRING BOARQ 8 _
WIRING BOARD A
FRAME
MANNED SPACECRAFT CENTER
HOUSTON. IUAS
SIGNAL CONDITIONER ASSY
GIMBAL RESOLVER
parenthesis apply
► SEE SIDE VIEW
n
1007664 ItfT."
TYP FOR
FTI THRU FT29
!
JO 00
^ .030-
SEE NOTE 20
PERMISSIBLE LIMITS
OF ENCAPSULATION
.010 MIN TYP-
.090 MAX TYP-
imm
y/f
QI5
32
SEE NOTE •
| CONNECTOR WIRING DATA |
FROM
TO
CIRCUIT
CIRCUIT
POINT
POINT
PI -1
El
PI- 2
E 2
PI- 3
E 3
PI - 4
E4
PI- 5
E 5
PI- 6
E6
PI- 7
E 7
PI- 8
E 8
PI - 9
E 9
PI- 10
EIO
PI- II
Ell
PI- 12
E 12
PI- 13
E13
PI-14
E 14
PI- 15
E15
PI-16 I
E16
PI-17
E 17
PI- 18
E 18
PI- 19
E 19
PI- 20
E20
PI- 21
E2I
PI- 22
E 2 2
PI- 23
E 2 3
PI- 24
NOT USED
PI- 25
L 24
C
PARTIAL SECTION A-A
SCALE: 5/1
PARTIAL SECTION B-B
; PARTIAL SECTION C C
I SCALE:5/1
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. AR DENOTES AS REQUIRED
3. FT DENOTES FEEDTHRU
4. + INDICATES CAPACITOR POLARITY
5. WELD PER ND 1002005
6. BOND Ql, Q3, 04. Q5. Q7, Q8, Q9, Qll, QI2, Tl, T4 AND T7 TO FIND NO. 2 PER NO 1002004 TYPE I
7. BOND Q2. Q6. QIO, T2, T3, T5. T6. T8 AND T9 TO FIND NO. 3 PER ND 1002004 TYPE I
8. BOND QI3, 015, 016, 017, QI9, Q20, Q2I, Q23, Q24, TIO, TI3 AND TI6 TO FIND NO. 4 PER
ND 1002004 TYPE I
9. BOND QS4, QI8, Q22, Til, TI2, TI4, TI5, TI7 AND TI8 TO FIND NO. 5 PER ND 1002004 TYPE I
10. BOND FIND NO. 5 TO FIND NO. I PER NDI002004 TYPE I
11. VALUES OF C2, CIO, CI8, C26, C34 AND C42 TO BE SELECTED AT FINAL TEST. PARTS
TO BE SELECTED FROM I0I04I0-I THRU 1010410-19
12. VALUES OF R9, R25.R4I, R57, R73 AND R89 TO BE SELECTED AT FINAL TEST. PARTS TO
BE SELECTED FROM 1010311-296 THRU I0I03II-3I4
13. LONG FEEDTHRUS TYPICAL FOR FT25, FT26, FT27, FT28 AND FT29 ONLY
14. TRIM UNUSED LEADS ON FIND NO. 12 .030 MAX FROM BODY
15. APPLY WET ZINC CHROMATE PRIMER MIL-P-8585 TO THREADS OF FIND NO. II AT
INSTALLATION
16. INDICATED AREA TO BE FREE OF ENCAPSULATION
17. ENCAPSULATE MODULE PER ND 1002002, BLACK POLYURETHANE FOAM. REMOVE ALL
FLASHING
IB. MARK . 140/.100 HIGH WHITE CHARACTERS PER ND 1002019 AND SERIALIZE PER ND 1002023.
CENTRALIZE AS *H0WN
19. T't'PIC.A^U FOR T7 BLU. TI6 BLU, T4 BLU, Tl3 BLU, T9YEL,Tl8 Y£L, T2GRN, TllGRN, T3 YEL,
YEw p i 7, r Ti9, FT 3,. AND f"T 15
2Q TYPICAL SLLfcviNG POR-ALL RESISTORS
21. MOUNTING TORQUE FOR FIND NO 37 TO BE 15-20 INCH OUNCES
22 COMPLETED ASSEMBLY SHALL BE. TESTED IN ACCORDANCE WITH AND SHALL MEET ALL THE
REQUIREMENTS OF PS 1007664'
23 CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND ISO-PROPYL ALCOHOL PRIOR TO
ENCAPSULATION.
24 EXCEPT FOR THE MOOULE MOUNTING SURFACE, PAINT ALL SURFACES PER ND-1002279, USING 1010992
PRIMER AND 1008809-4 PAINT. CONNECTOR PIN BLADES AND INSULATORS TO BE FREE OF PAINT.
RFv
rsHi
l ' r
1
E
U
1007664
REFERENCE DESIGNATIONS IN PAHENTHESIS APPLY
TO SECONO LEVEL COMPONENTS. SEE StOC VIEW
i3
12
10
FROM
TO
CIRCUIT
CIRCU
POINT
POIH
PI -1
El
PI - 2
PI- 3
E 2
E 3
PI-4
E4
£l- 5
E 5
PI- 6
E6
PI- 7
E 7
PI- 8
E8
PI- 9
E 9
PI- 10
EIO
PI- II
Ell
PI- 12
E 12
PI- 13
E 13
PI- 14
E14
PI- 15
E 15
PI-16
E16
PI- 17
E17
PI- 18
EIB
PI- 19
E 19
PI- 20
E20
PI- 21
E2I
PI- 22
E2£
PI- 23
E 2 3
PI- 24
NOT USl
PI- 25
C 24
PARTIAL SECTION A-A
SCALE : 5/1
PARTIAL SECTION B*B
SCALE : 5/1
PARTIAL SECTION C C
SCALE : 5/1
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-0-70327
2. AR DENOTES AS REQUIRED
3. FT DENOTES FEEDTHRU
4. ♦ INDICATES CAPACITOR POLARITY
5. WELD PER NO 1002005
6. BOND Ql, Q3, 04. 05, 07, 08, Q9, Oil, QI2, Tl, T4 AND T7 TO FIND NO. 2 PER NO 1002004 TYPE 1
7. BOND Q2, 06, QIO, T2, T3, T5, T6, 78 ANO T9 TO FINO NO. 3 PER NO 1002004 TYPE I
B. BOND 013, 015, QI6, QI7, QI9, Q20, Q2I, 023, 024, TIO, TI3 ANO TIB TO FIND NO 4 PER
NO 1002004 TYPE I
9. BOND 014, 018, 022, Til, TI2, TI4, TI5, TI7 AND TIB TO FIND NO. 5 PER NO 1002004 TYPE 1
tO. BONO FIND NO. 5 TO FIND NO. I PER NO 1002004 TYPE I
11. VALUES OF C2, CIO, Cl8, C26, C34 ANO C42 TO BE SELECTED AT FINAL TEST. PARTS
TO BE SELECTED FROM 1010410-1 THRU 1010410-19
12. VALUES OF R9, R25, R4I, R57, R73 AND R89 TO BE SELECTED AT FINAL TEST. PARTS TO
BE SELECTED FROM 1010311-296 THRU I0I03II-3I4
13. LONG FEEDTHRUS TYPICAL FOR FT25, FT26, FT27, FT2B ANO FT29 ONLY
14. TRIM UNUSED LEADS ON FIND NO. 12 .030 MAX FROM BODY
15. APPLY WET ZINC CHROMATE PRIMER MIL-P-8585 TO THREADS OF FINO NO II AT
INSTALLATION
16. INDICATED AREA TO BE FREE OF ENCAPSULATION
17. ENCAPSULATE MODULE PER ND 1002002, BLACK POLYURETHANE FOAM. REMOVE ALL
flashing
^ CENTRALIZE'as ”hOWN HITE CHARACTERS PER "° ,00 20I9 AND SERIALIZE PER NO 1002023.
19. TYPICAL POR T7 BLU, TIG BLU, T4 BLU,T|3 BLU, T9 VEL, Tl8 V£L, T2GRN- Til CRN, T3 VEL ,
• T »2 VEL FT 7, F T 19, FT 3. AND FT 15 ’
2Q TYPICAL SLEEVING FOR ALL RESISTORS
21. MOUNTING TORQUE FOR FIND NO 37 TO BE 15-20 INCH OUNCES
22 COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH ANO SHALL MEET ALL THE
REQUIREMENTS OF PS 1007664
23. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON ANO ISO'PROPYL ALCOHOL PRIOR TO
ENCAPSULATION.
24. PAINT ALL SURFACES PER NO 1002271, USING 1010992
PRIMER ANO 1008809-4 PAINT CONNECTOR PIN BLADES ANO MSULAIORS TO BE FREE OF PAINT.
23. AFTER PAINTING AND STENCH.IN6 APPLY A COAT OF POLYURETHANE M04M7 TO ALL SURFACES PER NO 1002292
CONNECTOR GASKET ANO CONTACTS TO OE FREE OF POLYURETHANE.
20. NO SLEEVING REQUIRED ON ANY COMPONENT LEAD WHERE COMPONENT OOOY » WITHIN .090 OF A WIRING BOARD.
!//c.w
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4, I (+■)-€
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FT29 FT2B~
T 0
1007664
designations in parenthesis apply
TO FIRST LEVEL COMPONENTS. SEE SIDE VIEW
CONNECTOR
FROM
CIRCUIT
POINT
WIRING DATA
TO
CIRCUIT
POINT
El
E2
E 3
E4
E5
EG
EIO
Ell
E12
E13
EI4
E15
EI6
E17
EI8
E19
E2Q
E2I
E22
E23
NOT USED
E 24
PARTIAL SECTION A-A
PARTIAL SECTION B-B
PARTIAL SECTION C C
SCALE: 5/1
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. AR DENOTES AS REQUIRED
3. FT DENOTES FEEDTHRU
4. + INDICATES CAPACITOR POLARITY
5. WELD PER ND 1002005
6. BOND Ql, Q3, 04, Q5. 07, 08, 09, Oil, QI2, Tl, T4 AND T7 TO FIND NO. 2 PER NO 1002004 TYPE X
7. BOND Q2, Q6, QIO, T2, T3, T5, T6, T8 AND T9 TO FIND NO. 3 PER ND 1002004 TYPE I
B. BOND QI3, 015, QI6, QI7, QI9, Q20, Q2I, Q23, 024, TIO, TI3 AND TIG TO FIND NO. 4 PER
ND 1002004 TYPE I
9. BOND QI4, 018, Q22, Til, TI2, TI4, TI5, TI7 AND TIB TO FIND NO. 5 PER ND 1002004 TYPE .1
10. BOND FIND NO. 5 TO FIND NO. I PER NDI002004 TYPE I
11. VALUES OF C2, CIO, CI8, C26, C34 AND C42 TO BE SELECTED AT FINAL TEST. PARTS
TO BE SELECTED FROM I0I04I0-I THRU 1010410-19
12. VALUES OF R9, R25.R4I, R57, R73 AND R89 TO BE SELECTED AT FINAL TEST. PARTS TO
BE SELECTED FROM 1010311-296 THRU I0I03II-3I4
13. LONG FEEDTHRUS TYPICAL FOR FT25, FT26, FT27, FT28 AND FT29 ONLY
14. TRIM UNUSED LEADS ON FIND NO. 12 .030 MAX FROM BODY
15. APPLY WET ZINC CHROMATE PRIMER MIL-P-8585 TO THREADS OF FIND NO. II AT
INSTALLATION
IG. INDICATED AREA TO BE FREE OF ENCAPSULATION
17. ENCAPSULATE MODULE PER ND 1002002, BLACK POLYURETHANE FOAM. REMOVE ALL
flashing
18. MARK .I40/.I00 HIGH WHITE CHARACTERS PER ND 1002019 AND SERIALIZE PER NO 1002023.
CENTRALIZE AS SHOWN
19. TYPICAL SLEEVIN6 FOR T7 BLU, TI6 BLU, T4 BLU, Tl3 BLU, T9 YEL,Tl8 YEL, T2GRN, T11 CRN, T3 YEL,
Tl2 YEL ST 7, FT 19, FT 3,. AND FT 15
2Q TYPICAL SLEEVING FOR ALL RESISTORS
21. MOUNTING TORQUE FOR FIND NO 37 TO BE 15-20 INCH OUNCES
22 COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH AND SHALL MEET ALL THE
REQUIREMENTS OF PS. 1007664
1007664
4
A (C28)
/C3<+) '
/ (C27)(+)
Eft-1 GRNpg / M /
' (Til) N X>\
x/\ \
Q3\ T2\ \
__<?i 5 > vi'4#
/ / S
A®
r 3 > ^
fA+) (FT 14)/
CIO 1
(C34) ,
/ 2&4
OTA
/fa'd
^ RI8X \\
Jrgg) i v
—-
V <M4)
AC 15
C20
|(C4«) \
fq&xk-1 y ,„
|FT23i'J
J 1 J
**/// -
R48 J
^\/YR40/
I /(R68)/ ^
^d4\\ /
(FT2I)
^SU I
\ («89)/
,R43 t r
kk (R9 !>/
A-ty- wr&i
* ' JR941' FTIqAc48L^
, ^:=4{FT22 Xs&Q
^CC47L^?V^
REFERENCE DE9S9MATI0NS IN PARENTHESIS APPLY
TO FIRST LEVEL COMPONENTS. SEE SIOE VIEW
12
li
APOLLO G*N Specification
PS1007664 REV ~
Original Issue Date: 2fi" XAAl (#(i
R elease Authority: TDRR£»J?y f
Class A Release
CODE IDENT NO. 80180
PROCUREMENT SPECIFICATION
PRODUCT CONFIGURATION AND ACCEPTANCE TEST REQUIREMENTS
SIGNAL CONDITIONER, GIMBAL RESOLVER ASSEMBLY
DRAWING NO. 1007664
Record of Revisions
Dote
Revision
Letter
TDRR
No.
Pages
Revised
AoDrovals I
MIT
NASA
““"
This specification consists of page 1 to 11 inclusive.
ACSP «
APPROVALS
& (C. METZGEH
NASA/MSC
W yTIf /BflT/IL
k m-*
APOLLO GAN Specification
PS1007664 REV —
3. REQUIREMENTS
3.1 PERFORMANCE
3.1.1 DC Current Drain. Hie dc current drain of die assembly shall be 3.0±1.0 ma.
3.1.2 Reference Current Drain. The reference current drain shall be less than 12.3 ma.
3.1.3 Offset Voltage. The cfiftfe voltage of each of the six assembly seottccs shall be
less than 40 mv dc.
8.1.4 Scale Factor. For an output of +2.500±0.005 vdc, the scale lhcter nf.taga rt
each of the six assembly sections shall be between •• 1203 aid l.liHY ms.
3.1.5 Quadrature Rejection. The quadrature rejection ratio shall be 0.035 maximum.
3.1.6 Output Impedance. Hie output impedanoe of each of the six assembly secti on s
shall be less than 5K ohms.
3.1.7 Output Ripple. For an output of *2.500±0.005 vdc, the output ripple of each of
the six assembly sections shall be less than 15 my pp.
3.1.8 Scale Factor Linearity. Hie scale factor of each output value shall not deviate
from the average of six scale factors by more than 5 percent.
3.2 PRODUCT CONFIGURATION
3.2.1 Drawings. The configuration of the assembly shall be in accordance with Drawing
1007664 and all drawings and engineering data referenced thereon.
3.2.2 Selection of Capacitors and Resistors. Capacitors shall be selected as specified
in 3.2.2.1 prior to selecting resistors as specified in 3.2.2.2.
3.2.2.1 Selection of Capacitors. With the components assembled as shown in the
Assembly Test Setup (Figure 1) and the test circuit connected as shown in that figure,
capacitors C2, CIO, C18, C26, C34 and C42 shall be selected as follows:
a. 75K ohm *5 percent resistors shall be temporarily connected into the circuit
positions occupied by resistors R9, R25, R41, R57, R73 and R89.
b. With operating voltages applied and the signal Inputs shorted together, the do
output voltage and polarity shall be measured at the output pins specified in
Table L
c. Hie input test voltage between the input pins listed in Table I shall be adjusted
to 10.0±0. IV rms, 95* leading.
APOLLO G &T Specification
PS1007664 BEV —
ASSEMBLY TEST SETUP
FIGURE l
4
APOLLO G&N Specification
PS1007664REV-
d. A decade capacitor, adjustable oyer a range of 10 to 1250 ppf, shall be temporarily
connected into the circuit position occupied by capacitor C2. The decade eapaeitor
shall then be adjusted to obtain a do output voltage between pins 8 (Hi) and 18 (Ia)
equal to that obtained in 3.2.2.1. b.
e. Similarly, the decade capacitor shall be connected into the circuit positions
occupied by capacitors CIO, C18, C26, C34 and C42, and adjusted in each
application to obtain the corresponding 3.2.2.1. b output voltages between the
remaining output pin sets specified in Table L
f. Capacitors shall be selected in accordance with Drawing 1007664 such that they
correspond as closely as possible to the applicable decade capacitor setting used
in 3.2.2.1. d or 3.2.2.1. e. Capacitor selections shall be made with sufficient
accuracy to assure, after being connected into their circuit positions, dc output
voltages that are within ±35 mv of the corresponding values obtained in 3.2.2. l.b.
3.2.2.2 Selection of Resistors. With the components assembled as shown in the Assembly
Test Setup (Figure 1) and the test circuit connected as shown in that figure, resistors R9,
R25, R41, R57, R73 and R89 shall be selected as follows:
a. The capacitors selected in 3.2.2.1 shall be connected into their circuit positions.
b. 75K ohm ±5 percent resistors shall be temporarily connected into the circuit
positions for resistors R9, R25, R41, R57, R73 and R89.
c. 20.00±0.10V rms, 5* leading, 800 cps shall be applied between the Input pins listed
in Table L.
d. A decade resistor shall be temporarily connected into the circuit position for
R9 and adjusted for an output of 2.500±0.005 vdc between pins 8 (Hi) and 18 (Lo).
APOLLO GIN Specification
PS1007664 REV—
e . a resisto- shall be selected In accordance with Drawing 1007664 such that the
value selected corresponds as closely as possible to the decade resistor setting
in 3.2.2.2. d.
f. The resistor selected in S. 2.2.2. e shall be connected in its circuit position.
g. Resistors R25, R41, R57, R73 and R89 shall be selected in a similar manner
by temporarily connecting the decade resistor in the resistor's circuit position
and adjusting it to obtain 2.500±0.005 vdc between the applicable output pins
(see Figure 1 and Table I). Resistor selections shall be made with sufficient
accuracy to assure, after being connected into their circuit positions, output
voltages of 2.50Q±0.030 vdc between each set of out put pin s listed iuPTable L
3.2.3 Standards of Manufacturing, Manufacturing Process and Production
3.2.3.1 Insulation Resistance. The resistance between all assembly pins, except pin 1, and .
the assembly mounting screws shall be equal to or greater than 100 megohms.
3* 2.3.2 Continuity and DC Resistance. Continuity and do resistance shall be as specified
in Table IL
TABLE S
CONTINUITY AND DC RESISTANCE
FROM
TO
RESISTANCE
10
12
985K ohms to 1.05 megohms
6
23
21
20
11
13
7
5
3
2
985K ohms to 1.05 megohms
16
17
650 to 800 ohms
16
15
> 100 megohms
18
12
23
20
13
5
r
r
2
15
> 100 megohms
1
frsmfr
< 1 ohm
APOLLO GAN Specification
PS1007664 REV —
4. QUALITY ASSURANCE PROVISIONS
4.1 PRODUCT PERFORMANCE AND CONFIGURATION REQUIREMENTS/QUALITY
VERIFICATION CROSS REFERENCE INDEX
Test/Examination
Requirement
Method
DC Current Drain
3.1.1
4.3.6
Reference Current Drain
3.1.2
4.3.7
Offset Voltage
3.1.3
4.3.8
Scale Factor
3.1.4
4.3.9
Quadrature Rejection
3.1.5
4.3.10
Output ImpSdenee
3.1.6
4.3.11
Output Ripple
3.1.7
4.3.12
Scale Factor Linearity
3.1.8
4.3.13
3.2.1.1
4.3.1
Selection of Capacitors and Resistors 3.2.2.
4.3.3
Insulation Resistance
3.2.3.1
4.3.4
Continuity and DC Resistance
S.2.3.2
4.3.5
4.2 GENERAL. Hie contractor responsible for the manufacture of the assembly shall
be responsible for the accomplishment of each test required herein.
4.2.1 Test Conditions
4.2.1.1 Environmental. Unless otherwise specified, die assemblies shall be tested
under the following ambient conditions:
a. Temperature: 25* *10*C
b. Relative Humidity: 90% max
c. Barometric Pressure: 28 to 32 inc h es of Hg
4.2.1.2 Rgnits. The following inputs are necessary for performance of the tests specified
herein: ». * >
a. 20.0*0.2 vdo
b. 28.00*0.28V rms, 800.0*0.8 ops (reference voltage)
4.2.1.3 Ttest Connections. Unless otherwise indicated, the tests specified herein shall
be performed on each assembly section (see Figure 1) using the applicable signal input
pins and output pins as detailed in Table L
4.2.1.4 Output Loads. Unless otherwise specified, a 1.0 megohm *1 percent resistor
shall be connected across each set of output pins.
APOLLO GAN Specification
P81007664 REV —
4.2.2 Nonconforming Units. Failure of the units to pass any examination or test of this spec¬
ification shall automatically classify the unit as nonconforming. Each nonconforming unit
corrected by the contractor shall be re inspected. Reinspection may be limited to the test or
examination which defined the nonconformance, or, when directed by the cognizant inspector,
a complete retest and reexamination may be required. Nonconforming units which have not
been corrected will be considered for acceptanoe only upon formal application by the contractor
to the cognizant NASA representative.
4.3 TESTS
4.3.1 Drawing Compliance. Hie assembly shall be visually examined for compliance to
the requirements of Drawing 1007664. Particular attention shall be given to inspection for
nicks, scratches, burrs, dents, encapsulant defects, conta min a nt s, pin misalignment, and
legibility and appearance of markings.
4.3.2 Workmanship-Vibration. The assembly shall be placed in the vibration fixture and
vibrated along the radial axis as shown in Figure 2 with simple harmonic motion swept from
10 to 2000 ops at a rate of one octave per 16 seconds. The magnitude of the vibration shall
be 6. Og rms limited to a 0.4 inch pp constant displacement from 10 ops to the crossover
frequency. After vibration, the assembly shall be examined as specified in 4.3.1.
4.3.3 Selection of Capacitors and Resistors. Verification by examination of parts selection
data shall.be performed to ensure that the requirements specified in 1% 2.2.1 and 3.2.2.2 have
been met.
4.3.4 Insulation Resistance. The insulation resistance between all assembly pins, except
pin 1, and the assembly mounting screws shall be measured in accordance with Method 302
of Standard MIL-STD-202 using a megohmmeter having an output voltage of 225*76 vdc and
limited to a short circuit current of 6.0 microamperes. The insulation resistance shall be
equal to or greater than 100 megohms.
4.3.5 Continuity and DC Resistance. Resistance between the pins listed in Table II
shall be as specified when measured with a low voltage resistance measuring device using
Method 303 of Standard MIL-STD-202. To assure a good electrical connection, when
measuring between pin 1 and the frame, the anodizing may be penetrated on the top of tbs'
module.
4.3.6 DC Current Drain. With all signal input Hi and Lo terminals connected together
and with no reference voltage applied, the dc current drain on the 20. 0 vdc supply shall
be 8.0*1.0 ma.
4.3.7 Reference Current Drain. With all signal input Hi and Lo terminals connected
together, and the normal operating voltages applied, the current drain on the 28.00V, 800 cps
reference supply shall be less than 12.3 ma.
APOLLO G&N Specification
PS1007664 REV -
4. S. 8 Offset Voltage. With all signal input Hi and Lo terminals connected together and
the normal operating voltages applied, the voltage at each output shall be less than 40 mv do.
4.3.8 Scale Factor. With the outputs adjusted to 2.500*0.005 vdc plus the measured offset
voltage (see 4.3.8) by adjusting the signal voltage at the input pins, the signal voltage at
each set of input pins shall be between 18.30 and 20.70V rms.
4.3.10 Quadrature Rejection. With the conditions specified below established, the ratio
of the dc output for the 95* phase signal to die dc output for die 5* phase signal shall be
0.035 maximum at each output.
a. An input test signal, 5.0* *0.5* leading the reference, applied to each set of
input pins such that dm voltage at each output is 2.500*0.005 vdc.
b. The phase of the input signal changed to 95.0* *0.5* leading the reference while
maintaining a constant amplitude.
4.3.11 Output Impedance. With the following conditions established, die voltage at each
output shall not drop below 2.380 vdc when the load is changed from 1 megohm to 100K *1
percent.
a. The normal operating voltages applied.
b. A load of 1 megohm.
c. The outputs adjusted to 2.500*0.005 vdc by applying a signal voltage (either 5*
or 185* leading) to each set of input pins.
4.3.12 Output Ripple. With the test signal to each set of input pins adjusted for a voltage
of 2.50*0.05 vdc at each output, the ripple voltage at the output pins shall bo loss than 15
mv pp.
4.3.13 Scale Factor Linearity. With the conditions specified below established, the six
normalized output values obtained for each assembly section shall not deviate from their
average normalized output value by more than *5 percent.
a. A signal voltage, 5.0* *0.5* or 185.0* *0.5* loading the reference, applied to each
set of input pins such that the voltage at each output is *2.500*0.005 vdc.
b. The signal voltage decreased in amplitude to 60.0 percent of that applied in
4.3.13. a and the output noted.
c. The signal voltage decreased in amplitude to 20.0 percent of that applied in
4.3.13. a and the output noted.
APOLLO GAN Specification
P81007664 REV
♦
d. Hie conditiona specified in 4.3.13. a, 4.3.13.b and 4.3.13. o repeated with
the input phase reversed 180* such that the output voltage is negative in
polarity.
e. The offset voltage determined by aborting die input terminals together and
measuring the output voltage.
f. Net outputs obtained by algebraically subtracting the offset voltage from all
output readings.
g. Normalized output values obtained by dividing die net outputs for 100 percent
inputs (see 4.3.13. a and 4.3.13. d) by 5 and dividing the net outputs for 60
percent inputs (see 4.3.13. b and 4.3.13. d) by 3. (Net outputs and normalized
outputs are the equal for 20 percent inputs.)
h. An average normalized output value determined by calculating the average of
the six nonahlised outputs for each assembly section.
5. PREPARATION FOR DELIVERY
5.1 GENERAL. Preparation for delivery shall be in accordance with Specification
ND1002214.
6. NOTES. None.
JD:efo
11
DESCRIPTION QTY
4
3
2
REVISIONS
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RESISTOR VALUES ARE IN OHMS
TOLERANCES ON - DRAWN 4t
FRACTIONS DECIMALS ANGLES CHECKED
± ± ■ ± r . kpproveI
DO NOT SCALE THIS DRAWING l
PART OR
IDENTIFYING NO.
MIT
INSTRUMENTATION LAB
CAMBRfOOC. MAS*.
MATERIAL
OR NOTES
NOMENCLATURE OR
DESCRIPTION
I^PPROVED/^^jj
Approved
LIST OF MATERIALS
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
RESOLVER CDU
SIGNAL CONDITIONER
1007700
NEXT ASSY
ICODE IDENT NO. SIZE |
180230 C
DRAWING NO.
1007665
APPLICATION
1
xJuim-t*
- 3.200 REF-
[§j-rng
RESOLVER COU
SIGNAL CONDITIONER ASSY
1007665 1 "»
S/N /
MARKING VIEW
SCALE PI
^APPLICABLE OASH number
SECriON c-c
© REPLACES WORD DWG
REV
007665
- i—
1007700
APPLICATION
THE ASSEMBLY PART NUMBER IS THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
EONI
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REVISIONS
OESCNIPTION
DATE
APPROVE a
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—
—
sr
—
1010245
SCHEMATIC
"
i
60
101031 f - 315
RESISTOR
i
59
io io3ii - lie
RESISTOR
2
58
I0I03II - 1
RESISTOR
1
57
1010278-15
RESISTOR
1
56
1006750-72
RESISTOR
1
55
1006750-109
RESISTOR
1
54
1006755-133
CAPACITOR
'I
53
1010410- 5
CARACITOR
1
52
1010393-021
CAPACITOR
1
51
1010372-13
DIODE
3
50
1010362-001
DIODE
9
49
1010397-1
TRANSISTOR
IQ
48
1010367
TRANSISTOR
3
47
1008832
TRANSFORMER
1
46
1010710
TRANSFORMER
5
45
1010324
TRANSFORMER
5
44
1010323
TRANSFORMER
'
4
43
1010364-769
RESISTOR
4
42
1010364-707
RESISTOR
2
41
1010364-515
RESISTOR
1
40
1010364 -439
RESISTOR
1
39
1010364-365
RESISTOR
6
38
1010364-653
RESISTOR
'
1
37
1010364-319
RESISTOR
3
~3o
1010311 -291
RESISTOR
9
35
1010311 -126
RESISTOR
3
34
I0I03II (SEE NOTE 12)
RESISTOR
2
33
1006750-75
RESISTOR
|
32
1006750-73
RESISTOR
T"
31
1006750-68
RESISTOR
4
30
1006750-65
RESISTOR
4
29
1006750-56
RESISTOR
2
28
1006750-48
RESISTOR
8
27
1006750-39
RESISTOR
e
26
1006750-36
RESISTOR
2
25
1006750-25
RESISTOR
3
24
1010410( SEE NOTE 12)
CAPACITOR
3
23
10104 10-9
CAPACITOR
1
22
1010393-037
CAPACITOR
~
21
1010393-033
CAPACITOR
20
1010279-16
CAPACITOR
4
19
10067 55-69
CAPACITOR
—
8
18
1006755-34
CAPACITOR
4
17
1006755-31
CAPACITOR
AR
16
1006776-22
INSULATION. SLEEVING. ELECTRICAL
AR
15
1006776-21
INSULATION. SLEEVING. ELECTRICAL
AR
14
1010848 -2
WIRE. ELECTRICAL
AR
13
1006757 -1
WIRE. ELECTRICAL
1
12
1010779 -12
CONNECTOR. RECEPTACLE.ELECRICAL
1
II
2008093 - 002
TERMINAL THREADED
2
15 "
1010 618 - 4
SCREW
4
9
1000161 - 4
SCREW
16
8
I008I6I- 1
SCREW
2
7
1008297
SPACER
8
6
10151 35- 014
SPACER
1
5
1008646
WIRING BOARD D
1
4
1008645
WIRING BOARD C
1
3
1008299
WIRING BOARD B
1
2
1008298
WIRING BOARD A
1
1
1008166
FRAME
F
0,1
EFFEC¬
NO
PART OR IDENTIFYING
NUMBER
NOMENCLATURE
OR DESCRIPTION
I QUA
iNTITY
REQL
II RED
TIVE
I LIST OF PARTS AND MATERIALS
UNLESS OTHERWISE SPECIFIED
■f FRACTIONS OCCBMLS ANCLES
DO NOT SCALE THIS DRAWING
contract NAS 9-497
INSTRUMENTATION LAN
NASA APPROVAL
MIT APPROVAL!
T
Wi
MANNED
SPACECRAFT CFNTCR
_HOUSTON. TEXAS_
RESOLVER CDU
SIGNAL CONDITIONER
COOE IOENT NO
80230
1007665
_[sheet_|_OF —i I >
„ ft*'? r fBwm
i .A
B
3
2
999Z.00I I 1 I < IQOAee?
>007665
1007665
24
23
22
R37.R38.R39
PART NUMBER [VALUE OHMS’
1010311 ~ 296 59.0 K_
- 29 7 60.4 K
_ - 298 61.9 K
_ - 299 63.4 K
_ - 300 64.9 K
_ -301 66.5 K
_ ~ 302 68. 1 K
_ - 303 69.8 K
_ - 304 71 .5 K
_ - 305 73.2 K
_ - 306 75.0 K
_ - 307 76 8 K
_ - 308 78 7 K
_ - 309 80 6 K
_ - 310 82 5 K_
_ - 31 I 84 5 ~K
_j_2_ 86.6 K
-~3I 3 88 7 K
1010311 - 314 90 9 K
C5.C6.C7
PART NUMBER I CAP
1010410 - I
i - 2
I INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY
MIL-D-70327.
2. WELD PER ND 1002005.
3. ENCAPSULATE PER NO 1002002 (BLACK). REMOVE FLASHING.
4. INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND.
5. COMPONENTS HAVING BUTT WELDED LEADS MUST BE POSITIONED SO
THAT THE RIBBON WELD OCCURS ON WELOABLE PORTIONS OF LEAD.
G. AR DENOTES AS REOUIREO
FT DENOTES FEEDTHRU.
K DENOTES CATHODE SIDE OF DIODE.
(+) DENOTES POSITIVE SIDE OF CAPACITOR.
7. MARK .K>0/.140 HIGH ( WHITE) CHARACTERS PER ND 1002019 AND
SERIALIZE PER NO 1002023. CENTRALIZE AS SHOWN.
8. CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND
ISOPROPYL ALCOHOL PRIOR TO ENCAPSULATION.
9. PAINT ALL SURFACES PER NDI002279, USING 1010992 PRIMER AND 1008809-4
PAINT. CONNECTOR AND PINS TO BE FREE FROM PAINT.
10. MOUNTING TOROUE FOR FIND NO. II TO BE 15-20 INCH OUNCES.
IL TRIM UNUSED LEADS OF FIND NUMBERS 44 AND 45, .060/. 100 FROM CASE.
12. SELECT C5.C6.C7.R37. R38, AND R39 PER APPLICABLE PS FROM
APPROPRIATE CHART.
13. UNLESS OTHERWISE SPECIFIED, COMPONENTS SHALL BE CENTRALIZED
BETWEEN THE WIRING BOARDS.
14. BONO 01,04, QI0,QI6,TI.T5,T8,T9,AND TI2 TO FIND N0.2 PER NDI002004.TYPE I.
15. BOND 05,08,09. AND 015 TO FIND NO. 3 PER ND 100?"04, TYPE 1.
16. BOND 02,03,012,014.017,018,019, T2,T3,T6.T7.TI0,Til, AND TI3 TO FIND NO 4 PER
ND 1002004, TYPE I.
17. BOND 06,07,011,013, TI4, AND TI5 TO FIND NO. 5 PER ND 1002004, TYPE I.
18. TYPICAL FOR ALL RESISTORS.C33.CRI,CR2,CR3,AND CR4 AND ALL CONNECTOR LEADS.
19 TYPICAL C 0R ALL TRANSFORMER LEADS
20. TYPICAL FOR FTI,FT8,FT9,FTI0,FT2i,FT28 AND FT 30
?l LONG FEP r fHRUS TYPICAL FOli FTI9, FT20, FT32.FT33 AND FT34 ONLY
22. APPLY WET 7»NC CHROMATE PRIMER *IL *P 8585 TO THREADS OF FIND NO. 10 AT
INSTALLATION
23. POND FIND NO 5 TO FIND NO. I PER ND 1002004 TYPE I.
24. TYPICAL FOR FT2, FT3, FT4.FT5.FT6. F T7. FTII, FTI2.FTI3,FTI4,FTI5,FTI6. FTI7,FTI8, FT22,
FT23, FT24, FT25.FT26.FT27, FT29 AND FT3I.
25. COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH AND SHALL MEET ALL
REQUIREMENTS OF PS 1007665.
26 NO SLEEVING REQUIRED ON ANY COMPONENT LEAD WHERE COMPONENT BODY IS WITHIN
.090 OF A WIRING BOARD.
f L f
UJ
24
23
22
8
7
6
1
9
3
2
1007665 -Ij
easTooi
24
23
22
21
24
23
22
SECTION C-C
>07665
nzn
■ 9.200 REF -
RESOLVER COU
SIGNAL CONDITIONER ASSY
1007665
S/N
/jSl
MARKING VIEW
SCALE PI
‘-APPLICABLE DASH NUMBER
© REPLACES WORD DWG
REV
REVISED PERTDRR279TJ
DESCRIPTION
~ir<p jttic'j- _
REVISED PERTDRR 2 ^ 9 ?4
REVISED PER TDRR 285(9
1 TRACTIONS DECIMALS ANGLES
DO NOT SCALE THIS DRAWING
—
—
—
p?
1010245
SCHEMATIC
1
60
1010 311 - 315
RESISTOR
1
59
I0I03H - ne
RESISTOR
z
58
1010311 - 1
RESISTOR
1
57
1010278 - 15
RESISTOR
1
56
1006750-72
RESISTOR
_
1
55
1006750-109
RESISTOR
1
54
1006755-133
CAPACITOR
1
53
1010410- 5
CAPACITOR
1
52
1010393 - 021
CAPACITOR
1
51
1010372-13
DIODE
3
50
1010362-001
DIODE
9
49
1010397-1
TRANSISTOR
»0
48
1010367
TRANSISTOR
3
47
1006832
TRANSFORMER
1
AS-
1010710
TRANSFORMER
5
45
1010324
TRANSFORMER
5
44
1010323
TRANSFORMER
4
43
1010364-769
RESISTOR
4
42
1010364-707
RESISTOR
2
41
1010364 -515
RESISTOR
1
40
1010364 -439
RESISTOR
1
39
1010364 - 365
RESISTOR
6
38
1010364-653
RESISTOR
1
37
1010364-319
RESISTOR
3
36
10103II -291
RESISTOR
_2_
35
1010 311 -126
RESISTOR
3
34
I0I03II-3O2
RESISTOR
2
33
1006750-75
RESISTOR
1
32
1006750-73
RESISTOR
3
31
1006750-68
RESISTOR
4
30
1006750-65
RESISTOR
4
29
1006750-56
RESISTOR
2
28
1006750-48
RESISTOR
e
27
1006750-39
RESISTOR
8
26
1006750-36
RESISTOR
_2_
25
1006750-25
RESISTOR
3
24
1010410 - 1
CAPACITOR
3
23
10104 10-9
CAPACITOR
1
22
1010393-037
CAPACITOR
1—
_2_
21
1010393-033
CAPACITOR
20
1010279-16
CAPACITOR ,
4
19
100 67 55 - 69
CAPACITOR
6
18
1006755-34
CAPACITOR
4
17
1006755-31
CAPACITOR
AR
16
10067 76-22
INSULATION. SLEEVING. ELECTRICAL
AR
15
100 6 776 - 21
INSULATION . SLEEVING, ELECTRICAL
AP
14
1010848 -2
WIRE. ELECTRICAL
AR
13
1006757 -1
WIRE. ELECTRICAL
1
12
1010779 - 12
CONNECTOR. RECEPTACLE .ELECRICAL
1
II
2008093 - 002
TERMINAL THREADED
2
10
1010 618 - 4
SCREW
4
9
1008161 - 4
SCREW
16
8
1008161 ~ 1
SCREW
2
7
1008297
SPACER
8
6
1015 1 35 - 014
SPACER
1
5
1008646
WIRING BOARD D
1
4
1008645
WIRING BOARD C
1
3
1008299
WIRING BOARD B
1
2
1008298
WIRING BOARD A
1
1
1008166
FRAME
Oil
EFFEC-
NO
PART OR IDENTIFYING
NUMBER
NOMENCLATURE
OR DESCRIPTION
QUANTITY REQUIRED 1
TIVITY
LIST OF PARTS AND MATERIALS I
INSTRUMEN
RESOLVER CDU
SIGNAL CONDITIONER
CODE I DENT NO
80230
SCALE 5/1
1007665
ISHEET | QF '
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MIT APPROVAL*
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DESCRIPTION
NO.
1007700
NEXT ASSY
USED ON
| APPLICATION
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
CAPACITOR VALUES ARE IN M f
RESISTOR VALUES ARE IN OHMS
TOLERANCES ON
FRACTIONS DECIMALS ANGLES
± ± ±
DO NOT SCALE THIS DRAWING
MATERIAL
MIT
INSTRUMENTATION LAB
CAMBRIDGE. MASS.
DRAWN (UlM f m' £k -
CHECKED
APPROVED
APPROVED
LIST OF MATERIALS
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
RESOLVER CDU
SIGNAL CONDITIONER
JCODE IDENT NO.
80230
SCALE
SIZE
DRAWING NO.
1007665
SHEET
I OF |
B
1007665
APOLLO cm Specification
P81007665 REV- ,
Original Issue Date: 2^ TAaI (0 U
Release Authority: TDRR^tM f
Class A Release
CODE IDENT NO. 80230
PROCUREMENT SPECIFICATION
PRODUCT CONFIGURATION AND ACCEPTANCE TEST REQUIREMENTS
SIGNAL CONDITIONER, CDU RESOLVER ASSEMBLY
DRAWING NO. 1007665
^ *•> ■* •- ^ '***'•* *•
APOLLO GAN Specification
PS1007665 REV- ¥
3. REQUIREMENTS
3.1 PERFORMANCE
3.1.1 DC Current Drain. Hie do current drain of the assembly shall be 6.0±2.0 ma.
3.1.2 Reference Input Impedance. The reference input impedance shall be greater than
3. OK ohms.
3.1.3 Offset Voltage. The offset voltage of each of the five assembly sections (see Table I)
shall be less than 40 mv do.
TABLE I
INPUT-OUTPUT PINS
ASSEMBLY
SECTION
INPUT PINS
OUTPUT PINS 1
Hi
LG>
Hi
Lo
a
15
16
14
4
b
6
7
5
4
9
8
10
4
d
18
17
22
4
e
13
25
11
12
3.1.4 Scale Factor. For an output voltage of 42.50040.005 vdc the input voltage of
assembly sections a, b, and c of Table I shall be 7.500*0.750V rms, 0 phase *0.5* and. .r
50.0*6. O' mv rms * phase *0. 5*fordasembly eectiond. Fbr assembly-section.e of Table I
an inputoi<~28U>*2.6 Vdcshail. result in an output of 44.00040.005 vdc.
3.1.5 Scale Factor Linearity. The scale factor linearity of assembly sections a, b, c and
d of Table I shall not deviate by more than 5 percent from the average. The scale factor
linearity of assembly section e of Table I shall not deviate by more than 10 percent from
the average.
3.1.6 Output Impedance. The output impedance of each assembly section of Table I shall
be less than 5K ohms.
3.1.7 Output Ripple. The output ripple of each assembly section shall be less than
15 mv pp.
3.1.8 Quadrature Rejection. The quadrature rejection ratio of assembly sections a, b, and
c of Table I shall be less than 0.035.
APOLLO G4N Specification
PS1007665 REV—
3.2 PRODUCT CONFIGURATION
8.2.1 Drawings. Hie configuration of the assembly shall be in accordance with Drawing
1007665 pnd all drawings and engineering data referenced thereon.
3.2.2 Selection of Capacitors and Resistors. Capacitors shall be selected as specified in
3.2.2.1 prior to selecting resistors as specified in 3.2.2.2.
3.2.2.1 Selection of Capacitors. With the components assembled as shown in the Assembly
Test Setup (Figure 1) capacitors C5, C6, and C7 shall be selected as follows:
a. 75K ohm ±5 percent resistors shall be temporarily connected into the circuit
poff^nna occupied by resistors R37, R38, and R39.
b. With operating voltages applied and the signal inputs shorted together, the de
output voltage and polarity shall be measured at the output pins specified in
Table I, for assembly sections a, b, and c.
c. The input test voltage between the input pins of assembly sections a, b, and o
of Table I shall be adjusted to 3.0±0. iv rms, v/2 phase.
d. A capacitor, adjustable over a range of 220 to 1200 pf shall be temporarily
connected into the circuit position occupied by capacitor C5. The decade capacitor
shall then be adjusted to obtain a de output voltage between pins 14 (Hi) and 4 (Lo)
equal to that obtained in 3.2.2.1. b.
e. Similarly, die decade capacitor shall be connected into the circuit positions occupied
by capacitors C6, and C7, and adjusted in each application to obtain the correspond¬
ing 3.2.2. l.b voltage between the applicable output pins specified in Table I for
assembly sections b and c.
f. Capacitors shall be selected in accordance with Drawing 1007665 such that they
correspond as closely as possible to the applicable decade capacitor value used
in 3.2.2.1. d or 3.2.2.1. e. Capacitor selections shall be made with sufficient
accuracy to assure, after being connected into their circuit positions, that dc
output voltages are within ±35 mv of the corresponding values obtained in 3.2.2. l.b.
3.2.2.2 Selection of Resistors. With the components assembled as shown in the Assembly
Test Setup (Figure 1) and the test circuit connected as shown in that figure, resistors R37,
R38, and R39 shall be selected as follows:
a. The capacitors selected in 3.2.2.1 shall be connected into their circuit positions.
b. 7.500±0.075V rms, 0 phase, 800.0±0.8 cps shall be applied to the input pins
specified for assembly sections a, b, and c in Table L
I
4
r ©~1
APOLLO GAN Specification
PS1007665 REV-
20. OdbO. 2 vdc 28.00±0.28V rms
Input 800. OduO. 8 ops
Reference Input
ASSEMBLY TEST SETUP
FIGURE 1
APOLLO G&N Specification
PS1007665 REV-
c. A decade resistor shall be temporarily connected into the circuit position for R37
and adjusted for an output of 2.500±0.005 vdc between pins 14 (Hi) and 4 (Lo).
d. A resistor shall be selected in accordance with Drawing 1007665 such that the
value selected corresponds as closely as possible to the decade resistor sotting
in 3.2.2.2.c.
e. The resistor selected in 8.2.2.2. d shall be connected in its ciraiit position.
f. Resistors R38 and R39 shall be selected in a similar manner by connecting the
decade resistor in the resistor's circuit position and adjusting it to obtain
2.500±0.005 vdc between the applicable output pins (see Figure 1 and Table I).
Resistor selections shall be made with sufficient accuracy to assure, after being
connected into their circuit positions, output voltages of 2.500±0.030 vdc between
each set of pins listed in Table I.far assembly sections a, b, and e.
3.2.3 Standards of Manufacturing, Manufacturing Process and Production
3.2.3.1 Insulation Resistance. The resistance between all assembly pins, except pin 1,
Anri the assembly mounting screws shall be equal to or greater t h a n 100 megohms.
3.2.3.2 Continuity and DC Resistance. DC resistance shall be as specified in Table II.
The dc resistance between pin 1 and the frame shall be less t h a n 1 ohm.
TABLE n
DC RESISTANCE
APOLLO GAN Specification
PS1007665 REV-
4. QUALITY ASSURANCE PROVISIONS
4.1 PRODUCT PERFORMANCE AND CONFIGURATION REQUIREMENTS/QUALITY
VERIFICATION CROSS REFERENCE INDEX
Test/Examination
Requirement
Method
DC Current Drain
3.1.1
4.3.6
Reference Input Impedance
3.1.2
4.3.7
Offset Voltage
3.1.3
4.3.8
Scale Factor
3.1.4'
4.3.9
Scale Factor Linearity
3.1.5
4.3.10
Output Impedance
3.1.6
4.3.11
Output Ripple
3.1.7,
4.3.12
Quadrature Rejection
3.1.8
4.3.13
Drawing Compliance
3.2.1
4.3.1
Selection of Capacitors and Resistors 3.2.2
4.3.3
Insulation Resistance
3.2.3.1
4.3.4
Continuity and DC Resistance
3.2.3.2
4.3.5
4.2 GENERAL. Hie contractor responsible for the manufacture of the assembly shall
be responsible for the accomplishment of each test required herein.
4.2.1 Test Conditions
4.2.1.1 Environmental. Unless otherwise specified, the assemblies shall be tested
under the following ambient conditions:
a. Temperature: 25* ±10*C
b. Relative Humidity: 90% max
c. Barometric Pressure: 28 to 32 inches of Hg
4.2.1.2 Inputs. Unless otherwise specified, the tests shall be performed with voltages
applied as specified in Table m.
TABLE m
OPERATING VOLTAGES
VOLTAGE
PI
[NS
Hi
Lo
z8.00±0. 2b vac
21"
If
20.0±0.2 vdc
3
2
28.0±0.28V rms 800.0±0.8 cps
20
19
28.0±2.8Vpp
24
23
800 pps square wave (pulse widths
equal within ±1%)
APOLLO GO? Specification
PS1007665 REV-
4.2.1.3 Output Loads. Unless otherwise specified, a 1.0 megohm ±1 percent resistor
shall be connected across each output (Hi) and (Lo) pin (See Table 1).
4.2.2 Test Applicability. Unless otherwise specified the tests specified herein shall be
performed on each assembly section. The assembly sections and their respective input
and output pins are listed in Table L
4.2.3 Nonconforming Units. Failure of die units to pass any examination or test of this
specification shall automatically classify the unit as nonconforming. Each nonconforming
unit corrected by the contractor shall be reinspected. Reinspection may be limited to the
test or examination which defined the nonconformance, or, when directed by the cognizant
inspector, a complete retest and reexamination may be required. Nonconforming units which
have not been corrected will be considered for acceptance only upon formal application by the
contractor to the cognizant NASA representative.
4.3 TESTS
4.3.1 Drawing Compliance. The assembly shall be visually examined for compliance to the
requirements of Drawing 1007665. Particular attention shall be given to inspection for nicks,
scratches, burrs, dents, encapsulant defects, contaminants, pin misalignment, and legibility
and appearance of markings.
4.3.2 Workmanship-Vibration. The assembly shall be placed in the vibration fixture and
vibrated along the radial axis as shown in Figure 2 with simple harmonic motion swept from
10 to 2000 cps at a rate of one octave per 15 seconds. The magnitude of the vibration shall
be 6. Og rms limited to a 0.4 in pp constant displacement from 10 cps to the crossover fre¬
quency. After vibration, the assembly shall be examined as specified in 4.3.1.
4.3.3 Selection of Capacitors and Resistors. Verification by examination of parts selec¬
tion data shall be performed to ensure that the requirements specified in 3.2.2.1 and
3.2.2.2 have been met.
4.3.4 Insulation Resistance. The insulation resistance between all assembly pins, except
pin 1, and the assembly moun ting screws shall be measured in accordance with Method 302
of Standard MIL-STD-202 using a megohm meter having an output voltage of 225±75 vdc and
limited to a short circuit current of 6.0 microamperes. The insulation resistance shall be
equal to or greater than 100 megohms.
4.3.5 Continuity and DC Resistance. Resistance between the pins listed in Table II shall
be as specified when measured with a low voltage resistance measuring device using Method
303 of Standard MIL-STD-202. To assure a good electrical connection, when measuring
between pin 1 and the frame, the anodizing may be penetrated on the top of the module.
4.3.6 DC Current Drain. With all the input (Hi) and (Lo) pins (see Table 1) connected
together and the reference voltage off, the dc current drain on the 20 vdc supply shall
be 6.0±2.0 ma.
. ._ . ^ sx-w*.
APOLLO GW Specification
PS1007665 REV-
4.3.7 Reference Input Impedance. With all the input (Hi) and (Lo) pine (see Table 1)
connected together and the dc supply voltage applied, the current drain on the 28V, 800
cycle supply shall not exceed 10.0 ma.
4.3.8 Offset Voltage. With all the input (Hi) and (Lo) pins (see Table I) connected
together and the operating voltages applied, the output voltage at each pair of the output
pins (see Table 1) shall be less than 40 mv dc.
4.3.9 Scale Factor. With the input test voltage adjusted for an output of +2.500±0.005 vdc
plus the measured offset voltage for assembly sections a, b, c, and d of Table I and
+4. OOdkO. 01 vdc for assembly section e of Table I, the respective input voltages shall be
within the following limits:
a. 7.500±0.750V rms 0 phase
b. 7.500±0.750V rms 0 phase
c. 7.500±0.750V rms 0 phase
d. 50.0±5.0 mv rms v phase
e. -28.0±2.8 vdc
4.3.10 Scale Factor Linearity. The scale factor linearity shall be tested as follows:
a. For assembly sections a, b, c, and d, the test shall be performed as follows:
(1) The input value and phase shall be adjusted to obtain an output of +2.500±0.005
vdc. The input value shall be recorded.
(2) The input shall be adjusted to 0.600 of the previous value and the output value
recorded.
(3) The input shall be adjusted to 0.200 of the value in 4.3.10.a (1) and the output
value recorded.
(4) The previous procedure shall be repeated with die input phase reversed 180*,
so that the output voltage is negative.
(5) With the input terminals shorted together, the value of the offset voltage at
the output terminals shall be measured and recorded.
(6) The offset voltage shall be algebraically subtracted from all output readings.
The output values at 1.000 inputs shall be divided by 5 and those at 0.600 input
by 3.
(7) The six calculated values shall be averaged. The calculated values shall not
deviate from the average by more than ±5 percent.
10
APOLLO GIN Specification
PS1007665 REV—
b. For assembly section e of Table I. the test shall be performed as follows:
(11 With the Input adjusted to -35 vdc the output shall be measured to determine
the scale factor CE Qut - offset). The scale factor shall be determined by
calculating the ratio of the output less the offset voltage measured In 4.3.10. a (5)
and divided by the Input voltage. The scale factor shall also be determined for
inputs of -28, -21, and -14 vdc.
(2) The average scale factor of the four measurements shall be calculated.
of the scale factors shall deviate less than 10 percent from the average.
4 8 11 Output Imped anoe. With die operating voltages appUed, the Input adjusted for an
Sut ofSeO. Z vdc. for all assembly section, of Table I. and then a 100K *1 ^rcent
resistor substituted for the 1 megohm load resistor, dm output shall not drop below 2.880 vdc.
4.8.12 Output Ripple. With an output of 2.50*0.05 vdc the ripple voltage of the assembly
sections of Table I, at the output pins, shall be less than 15 mv pp.
4.3.13 quadrature Rejection. With the input test voltage adjusted to producean output of
2 50040.005 vdc in assembly sections a, b, and c of Table I, the phase of the inpu s
voltage shall be changed to 90.0* *0.5* leading the reference while maintaining a
amplitude. The deviation of the output voltage from the measured offset voltage shall be
less than 87.5 mv do.
5. PREPARATION FOR DELIVERY
6.1 GENERAL. Preparation for delivery shall be In accordance with Specification
ND1002214.
6. NOTES. None.
GWRefo
11
NOTES.
1. INTERPRET OR AN INS IN ACCORDANCE WITH STANDARDS PRESCRIBED
BT MIL- 0*70127
2. AR-DENOTES AS REQUIRED /"I
3. F T-DENOTES EEEDTHRU f—
4. ♦ -DENOTES POSITIVE SlOE OF CAPACITOR ' s «-
5. K -INDICATES CATHOOE SN>E OF OlOOE
S. SOLDER PER NO 100207 I
7. WELD PER NO 1002005
9 - BONO 01 THRU Q15 T0FIN0N0.2 PER NO 1002004 TYPE I
S BONO TI THRU TI2 TO FINO N0.3 PER NO 1002004 TYPE I
K). BONO FINO NO- 3 TO FlNO I PER NO 1002004 T YPE I
11. TRIM UNUSED LEADS ONFINONO.21 .OGO/lOO FROM CASE
12. APPLY WET ZINC CHROMATE PRIMER PER MIL-P-8585 TO THREADS OF
FINO N0.24 AT INSTALLATION
13. INDICATED area TO BE free of ENCAPSUL ATlON
14. ENCAPSULATE PER NO 1002002
REMOVE FLASHING
15. MARK J40/ I00 HIGH WHITE CHARACTERS PERNO 100201* AND
SERIALIZE PER NO I002C23 -CENTRALIZE AS SHOWN
16. typical sleeving for ^ind no 16 and ib
17. UNLESS OTHERWISE SPECIFIED.ALL WIRING SHALL BE M
ACCORDANCE WITH NDI002069
IB. TYPICAL SLEEVING FOR FIND NO 4 THRU 10 AND FIND NO. •§
19 CLEAN MODULE WHERE POSSIBLE ©Y DEGAEAStNCa WITH
FREON AND ISO-PROPYL ALCOHOL PRIOR TO ENCASULATlON.
10. EXCEPT FOR THE MOOUI.C MOUNTING SURFACE, ONNTT ALL SURFACES
PEE NO 00227* USING 1010992 PEmU ANO '0066C9-4- PAINT.
CONNECTOR PIN-BLADES AND INSULATORS TO BE FREE OF PAINT.
11. COMPLETE ASSEMBLY SHALL BE TESTEO MV ACCORDANCE WITH AMI
- SHALL MEET ALL THE RE0OtR£/V1B4T9 OF PS 1007***.
1007666
1007666
b i kF VISED PER ~DRR 250 SO J U -* N !
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S IQ 06 75O - 75_ “
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~ 1)1016 4 -411
•-iiOCP- 4 - _ Z
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j Schematic
#asher flat _] _
J’ERMlNAL lug ~
i SCREw _ ' .~
| N-, T • SFt r -_ f r k if)Q
pftTaE.E iEJ a k~al
”'] INSULAT ION. M EEVING
T INSUt-TlON. SLEEviNo
] wire. ELEC’* RU AL
. SlREw. EjT T( ti he Al
|5>-RtW.;At ;L' TT t 0 HQ
| SRA r £R iv; I' T i<
. C.'.NNfC TOR RECEPTACLE
J TRANSISTOR
! «jPP-R
A t pans* jmme r
2 T Rf^NSF t RM£R
~] TRANSF.R/ER'
{ -4PAGITOR _
[ Capac itor ’
| . -H A . I T iR
^ RESISTOR
' «- >'27 G«
__T RESISTOR
~>ESKTOR
^RESISTOR .. " _
^hl.'IsTJ* " _ '_
^RESISTOR
Af^iRTOP
]~ WIP ING BOA RD, SOT TQM
] aiRino feC-ap, TQP
manned spacecraft center
- SIGNAL CONDITIONER
ASSEMBLY
H_ torque motor
80230 J 1007666
h 999Z00M
signal conditioner
TORQUE MOTOR
1007666 CI3w
1007666
NOTES.
1. INTERPRET DRAWIN6 IN ACCORDANCE WITH STANDARDS PRESCRIBED
BY MIL- 0-70327
2. AR-DENOTES AS REQUIRED
3. F T - DE NOTES FEEOTHRU
4. ♦ -DENOTES POSITIVE SIDE OF CAPACITOR
5. K -INDICATES CATHODE S»E OF DIODE
6. SOLDER PER NO 1002071
7. WELD PER ND 1002005
8- BOND 01 THRU QIS T0FINDN0.2 PER NO 1002004 TYPE I
9 BOND TI THRU TI2 TO FIND N0.3 PER ND 1002004 TYPE I
10. BOND FIND NO-3 TO FIND t'PER NO 1002004 TYPE I
11. TRIM UNUSED LEADS ON FIND NO.21 .060/.I00 FROM CASE
12. APPLY WET ZINC CHROMATE PRIMER PER MIL-P-8585 TO THREADS OF
FIND NO.24 AT INSTALLATION
13. INDICATED AREA TO BE FREE OF ENCAPSULATION
14. ENCAPSULATE PER ND 1002002
REMOVE FLASHING
15. MARK J40/.I00 HIGH WHITE CHARACTERS PERND 1002019 AND
SERIALIZE PER NO 1002023 -CENTRALIZE AS SHOWN
16. TYPICAL SLEEVING for find NO 16 and 18
17. UNLESS OTHERWISE SPECIFIED,ALL WIRING SHALL BE IN
ACCORDANCE WITH NDI002069
18. TYPICAL SLEEVING FOR FIND N04 THRU 10 AND FIND NO. 15
19 COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH
AND SHALL MEET ALL REQUIREMENTS OF PS 1007666
APOLLO GW Specification
PS1007666 REV-
Origin&l Issue Date:ZPjA«i £ ^
Release Authority: TDRR ZSJ 14 .Q
Class A Release *
CODE IDENT NO. 08230
PROCUREMENT SPECIFICATION
PRODUCT CONFIGURATION AND ACCEPTANCE TEST REQUIREMENTS
SIGNAL CONDITIONER, TORQUE MOTOR ASSEMBLY
DRAWING NO. 1007666
Record of Revisions
Date
Revision
Letter
TDRR
No.
Pages
Revised
Approvals I
MIT
NASA
This specification consists of page 1 to • inclusive.
m w * *** v ^ **+<»* ** '* **- - ': ** •“ r *<^ ******.^wr
APOLLO GAN Specification
PS1007666 REV
4.3.8 Reference Input Impedance. With the assembly connected as shown in Figure 2, the
reference input voltage measured at 3 (Hi) and 5 (Lo) divided by the reference current shall
be 1385 ohms maximum.
4.3.9 Offset Voltage. With the assembly connected as shown in Figure 2, die input Hi and
Lo pins of each section connected together, the voltage measured across the respective
output pins for each section shall be less than 40 mv.
4.3.10 Scale Factor. With the assembly connected as shown in Figure 2 and the voltage at
the output pins specified in Table I adjusted for +2.500±0.005 vdc, the corresponding voltage
at the input pins shall be +8.00±0.200 vdc.
4.3.11 Scale Factor Linearity. The scale factor linearity shall be determined by performing
a series of six output voltage measurements which are referenced to a fixed input level (Eg)*
a. With the dc input voltage adjusted to obtain an output of 42.500±0.005 vdc, determine
the Eg level.
b. Consecutively adjust (E^) the voltage input to 0.600 and 0.200 of Eg and measure the
respective outputs.
o. With the phase of Eg reversed, measure the output for inputs of 1.000 Eg, 0.600 Eg,
and 0.200 Eg.
d. With the input pins shorted measure the offset voltage at die output terminals.
e. Algebraically subtract the offset from the six output measurements.
f. Divide the outputs at 1.000 Eo by 5, those at 0.600 E s by 3, and those at 0.200 E g
by 1.000.
g. Average the six calculated values. Each calculated value shall not deviate from the
average by more than ±5 percent.
4.3.12 Output Impedance. With the assembly connected as shown in Figure 2, adjust the
voltage applied to the input pins of assembly sections a, b, and c of Table I until the voltage
at the respective output pins if 2.500±0.005 vdc. With the one megohm load resistors replaced
with 100K ±1 percent resistors, the voltage measured across each 100K ±1 percent resistor
shall be 2.380 vdc minimum.
4.3.13 Output Ripple. With an output of 2.50±0.05 vdc, the ripple voltage of each assembly
section shall be less than 10 mv pp at the output pins.
4.3.14 Continuity. Resistance between pin 6 and the frame shall be less than 1.0 ohm, when
measured with a low-voltage resistance measuring device using Method 303 of Standard
MIL-STD-202. To assure a good electrical connection the anodizing may be penetrated
on top of the module.
APOLLO GW Specification
PS1007667 REV A
Original Issue Date: 2& GC
Release Authority: TDRR
Class A Release
CODE IDENT NO. 80230
PROCUREMENT SPECIFICATION
PRODUCT CONFIGURATION AND ACCEPTANCE TEST REQUIREMENTS
SIGNAL CONDITIONER, OPTICS ASSEMBLY
DRAWING NO. 1007667
Record of Revisions
>ate
Revision
Letter
TDRR
No.
Pages
Revised
Approvals
MIT
NASA
23/66
A
9 w*y
WK
TM
This specification consists of page 1 to 10 inclusive.
APPROVALS
,CSP
iBiE&mi
OPTICS ^ I
SIGNAL CONDITIONER 1.750 REF
I007SS7 |
8/N y ’ _
Si_ /_©-1
MARKING VIEW
SCALE I:I
-APPLICABLE Dash NUMBER
REPLACES WORD DWG
REV
1»VM ZONK P ticwnio* _
I I CMC N
37
1007080-021
TRANSFORMER SHIELDED ASSEMBLY
36
1007080-000
TRANSFORMER SHIELDED ASSEMBLY
35
1010398- 1
TRANSISTOR
34
1010397—1
TRANSISTOR
33
1010367
TRANSISTOR
32
1010342
TRANSISTOR
31
1010384
DIODE
30
1010359-29
CAPACITOR
29
1010279-16
CAPACITOR
28
1006755-133
CAPACITOR
27
1006755-130
CAPACITOR
26
1006755-69
CAPACITOR
25
1006755-31
CAPACITOR
24
1010768-58
RESISTOR
23
1010374-5
RESISTOR
22
1010374-1
RESISTOR
21
1010364-719
RESISTOR
20
1010321-194
RESISTOR
19
I0I03II -259
RESISTOR
18
1010 311 —12 ft
RESISTOR
17
101031 l-l
RESISTOR
16
1006750-109
RESiSTOR
15
1006750-56
RESISTOR
14
1006750-51
RESISTOR
13
1006750-39
RESISTOR
12
1006750-36
RESISTOR
II
1006750-8
RESISTOR
10
1006776-22
INSULATION* SLEEVING, ELECTRICAL
”9""
1006776-21
INSULATION. SLEEVING* ELECTRICAL
8
1010848-2
WIRE. ELECTRICAL
7
1006757-1
WIRE. ELECTRICAL
g
1010779-12
CONNECTOR. RECEPTACLE.ELECTRICAL
5
2008093-002
TERMINAL. THREADED
4
1010618-4
SCREW
3
1008314
WIRING BOARD (TOP)
2
1608316
WIRING BOARD (BOTTOM)
1
1008207
PRAME
I I OH EFFEC-
-1-1—1- TIVITY
QUANTITY REQUIRED
UNLESS OTHERWISE SPECIFIED I
LIST OF PARTS AND MATERIALS
“ MANNED
SPACECRAFT CENTER
_HOUSTON TEXAS
1007700 I
NEXT ASSY I USEI
_APPLICATION
— — — APPNOMAL^
DO NOT SCALE TMS DRAWING U*9Q*H. -
OPTICS
SIGNAL CONDITIONER
THE ASSEMBLY PART NUMBER IS THE DRAWING I
NUMBER AND THE DASH NUMBER THAT APPLIES [contract NAS 9-4
CODE IDENT NO SIZE
, 80230 J 2
1007667
fs-IEET I OF 1
ibs ?a%ye*?pyi trauAU
1
I
H
%
:o
■o
JM
? -5
Is
12
CONNECTOR WIRING DATA 1
FROM
TO
CIRCUIT
POINT
CIRCUIT
POINT
PI-1
El
PI-2
E2
PI-3
E3
PI-4
E4
PI-5
E5
PI -6
E 6
PI-7
E7
PI -8
E 8
PI- 9
E9
PI -10
ElO
Pl-ll
Ell
PI-12
£l 2
PI-13
EI3
PI-14
EI4
PI-15
EI5
PI-16
EI 6
PI-17
E17
Pi -18
EI 8
PI-19
3
PI-20
.
PI-21
NOT USED
Pi-22
/■SEE
PI- 23
NOTE II
PI - 24
PI-25
J.
NOTES :
I
2 .
3.
4.
5.
14.
INTERPRET ORAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY
MIL-D-70327.
WELD PER NO 1002005.
ENCAPSULATE PER NO 1002002 (BLACK). REMOVE FLASHING.
INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND.
COMPONENTS HAVING BUTT WELDED LEADS MUST BEPOSITIONED SO
THAT THE RIBBON WELD OCCURS ON WELDABLE PORTIONS OF LEAD.
AR DENOTES AS REQUIRED.
FT DENOTES FEEDTHRU.
K DENOTES CATHODE SIDE OF DIODE.
(+) DENOTES POSITIVE SIDE OF CAPACITOR.
MARK .100/.I40 HIGH (WHITE) CHARACTERS PER NO 1002019 AND
SERIALIZE PER NO 1002023. CENTRALIZE AS SHOWN.
CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND
ISOPROPYL ALCOHOL PRIOR TO ENCAPSULATION.
EXCEPT FOR MODULE MOUNTING SURFACE, PAINT ALL SURFACES PER
ND 1002279, USING 1010992 PRIMER AND 1008809-4 PAINT.
CONNECTOR AND PINS TO BE FREE OF PAINT.
MOUNTING TORQUE FOR FIND NO. 5 TO BE 15-20 INCH OUNCES.
TRIM UNUSED LEAD OF FIND NUMBERS 6,36 AND 37 .060/100 FROM CASE.
WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING.
UNLESS OTHERWISE SPECIFIED,COMPONENTS SHALL BE CENTRALIZED
BETWEEN THE WIRING BOARDS.
BOND 01,02,03,04,05.07 0 * QH, QI3, Ql* 017, TVT2.T3.T4 AND T5 TO
FIND NO. 3 PER NDI002004, TYPE 1.
BOND Q 6 , Q 8 , 010. QI2, QI4. QI 6 .T 6 . T7, T8.T9. TIO, CL C2. C3. C4 AND C5
TO FIND NO. 2 PER NDI002004, TYPE 1.
TYPICAL SLEEVING FORtFTI. FT3, FT5, FTIO, FT20.FT22, FT23. FT24 FT25,
pi fq C 13 C 15 c|g £| 7 - FT26, FT28 ON FIND NO. 2 SIDE 0NLYJFT6, FT7,
FT 8 , F*T9,'fTI|[ FTI2, FTI4, FTI5 ON FIND NO. 3 SIDE ONLY ANO ALL TRANSFORMER
LEADS.
TYPICAL SLEEVING FORtCRI FT2, FT4, FTI3. FTI 6 . FTI7. FT 18, FTI9. FT2I. ^7, FT29.
« F 3 E 4 E5 E 6 E7, E 8 , ElO, Ell, EI2, EI4, El* FT26, FT28 ON FIND NO 3 SIDE
ONLY; FT 6 ^ FT7, FT 8 , FT9, FTII, FTI2,FTI4, FTI5.FTI6 ON FIND NO. 2 SIDE ONLY
AND ALL RESISTORS.
BOND FIND NO. 2 TO FIND NO. I PER ND 1002004,TYPE I.
APPLY WET ZINC CHROMATE PRIMER MIL-P-8585 TO THREADS OF FIND NO. 4
AT INSTALLATION.
COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH AND SHALL
MEET ALL REQUIREMENTS OF PS 1007667.
Uuii
1007667
1 : |-S
r« I 3
ll
II
i s
id
•* y
Wi»U* 4M»
fj_£ W
FROM
TO
CIRCUIT
CIRCUIT
POINT
POINT
PI-1
El
PI-2
E2
PI-3
E3
PI-4
E4
PI-5
E5
PI-6
E6
PI-7
E7
PI-8
E8
PI- 9
E9
PI-10
EIO
PI-11
Ell
PI-12
EI2
PI-13
EI3
PI-14
£14
PI-15
EI5
PI-IG
EI6
PI-17
E17
PI-18
EI8
NOT USED
/•SEE
I NOTE II
INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY
MIL-D-70327.
WELD PER NO 1002005.
ENCAPSULATE PER NO 1002002 (BLACK). REMOVE FLASHING.
MDICATEO AREA TO BE FREE OF ENCAPSULATING COMPOUND.
COMPONENTS HAVING BUTT WELDED LEADS MUST BE POSITIONED SO
THAT THE RIBBON WELD OCCURS ON WELDABLE PORTIONS OF LEAD.
AR DENOTES AS REQUIRED.
FT DENOTES FEEDTHRU.
K DENOTES CATHODE SIDE OF DIODE.
(+) DENOTES POSITIVE SIDE OF CAPACITOR.
MARK .100/.I40 HIGH (WHITE) CHARACTERS PER NO 1002019 AND
SERIALIZE PER NO 1002023. CENTRALIZE AS SHOWN.
CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND
ISOPROPYL ALCOHOL PRIOR TO ENCAPSULATION.
EXCEPT FOR MODULE MOUNTING SURFACE, PAINT ALL SURFACES PER
ND 1002279, USING 1010992 PRIMER AND 1008809-4 PAINT.
CONNECTOR AND PINS TO BE FREE OF PAINT.
10. MOUNTING TORQUE FOR FIND NO. 5 TO BE 15-20 INCH OUNCES.
II TRIM UNUSED LEAD OF FINO NUMBERS 6.36 AND 37 .060/.I00 FROM CASE.
12 WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING.
|& UNLESS OTHERWISE SPECIFIED,COMPONENTS SHALL BE CENTRALIZED
BETWEEN THE WIRING BOARDS.
14. BOND Qlj Q2j 03, 04, 05, 07, 09, OH, QI3, 01* 017, TV T2, T3, T4 AND T5 TO
FIND NO. 3 PER NDI002004, TYPE 1.
15. BOND Q6, Q8, 010, QI2. 014. QI6.T6. T7, T8.T9, TIO, Cl, C2, C3. C4 AND C5
TO FIND NO. 2 PER NDI002004, TYPE I.
16 TYPICAL SLEEVING FORSFTI, FT3, FT5, FTIO, FT20.FT22, FT23, FT24, FT25,
El E9, EI3. EI5, EI6, EI7; FT26., FT28 ON FIND NO. 2 SIDE ONLY; FT6, FT7,
FT8, FT9, FTII, FTI2, FTI4, FTI5 ON FIND NO. 3 SIDE ONLY AND ALL TRANSFORMER
LEADS.
TYPICAL SLEEVING FOR'-CRl FT2, FT4, FTI3, FTI6, FTI7, FT 18. FTI9. FT2I, rT27, FT29,
E2, E3, E4, E5»E6, E7, E8, EIO, Ell, EI2, EI4, EI8; FT26, FT28 ON FIND NO. 3 SIDE
ONLY; FT6, FT7, FT8j FT9, FTII, FTI2, FTW, FTI5.FTI6 ON FIND NO. 2 SIDE ONLY
AND ALL RESISTORS.
BOND FIND NO. 2 TO FIND NO. I PER ND 1002004,TYPE I.
19. APPLY WET ZINC CHROMATE PRIMER MIL-P-8585 TO THREADS OF FIND NO. 4
AT INSTALLATION.
20 COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH AND SHALL
MEET ALL REQUIREMENTS OF PS 1007667.
1007667
9
2
*007667
NOTES :
| INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY
MIL-D-70327.
2. WELD PER NO 1002005.
3l ENCAPSULATE PER NO 1002002 (BLACK). REMOVE FLASHING.
4 . MDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND.
5.
COMPONENTS HAVING BUTT WELDED LEADS MUST BE POSITIONED SO
THAT THE RIBBON WELD OCCURS ON WELDABLE PORTIONS OF LEAO.
G. AR DENOTES AS REQUIRED.
FT DENOTES FEEDTHRU.
K DENOTES CATHODE SIDE OF DIODE
(+) DENOTES POSITIVE SIDE OF CAPACITOR.
7 MARK 100/.I40 HIGH ( WHITE) CHARACTERS PER NO 1002019 AND
SERIALIZE PER NO 1002023. CENTRALIZE AS SHOWN.
8 . CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND
ISOPROPYL ALCOHOL PRIOR TO ENCAPSULATION.
9 . EXCEPT FOR MODULE MOUNTING SURFACE, PAINT- ALL SURFACES PER
ND 1002279, USING 1010992 PRIMER AND 1008809-4 PAINT.
CONNECTOR AND PINS TO BE FREE OF PAINT.
10. MOUNTING TOROUE FOR FIND NO. 5 TO BE 15-20 INCH OUNCES.
It TRIM UNUSEO LEAO OF FIND NUMBERS 6,36 AND 37 .060/100 FROM CASE.
12 WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING.
BLACK DOT AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING.
IS. UNLESS OTHERWISE SPECIFIED,COMPONENTS SHALL BE CENTRALIZED
BETWEEN THE WIRING BOARDS.
| 4 . BOND 01,02,03,04,05.07. 09,011,013*014 017, T\ T2, T 3. T4 AND T5 TO
FIND NO. 3 PER NDI002004, TYPE 1.
15 BOND Q 6 , Q 8 , 010, QI2. 014. QI 6 .T 6 . T7, T8.T9. TIO, CL C2, C3. C4 AND C5
' TO FIND NO. 2 PER NDI002004, TYPE I.
,, TYPICAL SLEEVING FORtFTI, FT3. FT5, PTIO, FT20.FT22, FT23, FT24, FT25.FT29,
El E9 EI3 EI5.EI6 EI7: FT26, FT28 ON FIND NO. 2 SIDE ONLY; FT 6 , FT7,
FT 8 , FT9, FTIl’, FTI 2 , FTI4, FTI5 ON FIND NO. 3 SIDE ONLY ANO ALL TRANSFORMER
LEADS.
17 TYPICAL SLEEVING FOR'CRl FT 2 , FT 4 , FTI3, FTI 6 . FTI7, FT 18, FTI9, FT 2 I, rT27. FT29,
™“ e 4 £! E 6 E7, ES. EIO, Ell. Eli. EI4, El* FT2S. FT28 ON FIND NO 3 SIOE
ONLY; FT6.FT7, FT 8 , FT9, FTII, FTI 2 , FTI4, FTI5.FTI6 ON FIND NO. 2 SIDE ONLY
AND ALL RESISTORS.
«. BOND FIND NO. 2 TO FIND NO.I PER ND 1002004,TYPE I.
19 APPLY WET ZINC CHROMATE PRIMER MIL-P-8585 TO THREADS OF FIND NO. 4
AT INSTALLATION.
20 COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH AND SHALL
2 MEET ALL REQUIREMENTS OF PS 1007667.
Pi
c
B
QTY
PART OR
MATERIAL
NOMENCLATURE OR
FIND
REQD
IDENTIFYING NO.
OR NOTES
DESCRIPTION
NO.
LIST OF MATERIALS
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
CAPACITOR VALUES ARE IN
RESISTOR VALUES ARE IN OHMS
TOLERANCES ON
FRACTIONS ' DECIMALS ANGLES
± ± ±
DO NOT SCALE THIS DRAWING
MIT
INSTRUMENTATION LAB
CAMBRIDGE. MASS.
DRAWN J A.*
CHECKED _
APPROVED.
MATERIAL
APPROVED
A''
fejM
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
OPTICS
SIGNAL CONDITIONER
.CODE IDENT NO.
$023d C
SIZE
DRAWING NO.
1007667
I
T
iu
DATE
SCALE
1
SHEET | OF |
100766
APOLLO GAN Specification
PS1007667 REV- ♦
Original Issue Date: 29 SA*
Release Authority: TDRR X 2
Class A Release
CODE IDENT NO. 80230
PROCUREMENT SPECIFICATION
PRODUCT CONFIGURATION AND ACCEPTANCE TEST REQUIREMENTS
SIGNAL CONDITIONER, OPTICS ASSEMBLY
DRAWING NO. 1007667
Record of Revisions
Date
Revision
Letter
TDRR
No.
Pages
Revised
Approvals 1
MIT
NASA
r
This specification consists of page 1 to 10 inclusive.
APOLLO GfiN Specification
PS1007667 REV -
3. REQUIREMENTS
3.1 PERFORMANCE
3.1.1 DC Current Drain. Hie dc current drain of the assembly shall be 31.0±6.0 ma do.
3.1.2 Reference Input Impedance. Hie reference input impedance shall be >24. OK ohms.
3.1.3 Offset Voltage. Hie offset voltage of each of the five assembly sections specified
in Table I shall be <40 mv dc.
TABLE I
INPUT AND OUTPUT PINS
ASSEMBLY
INPUT PINS
OUTPUT PINS 1
SECTION
Hi
Lo
Hi
—is_
a
4
v
14
b
5
18
c
6
10
d
7
1
12
e
8
16
11
\
3.1.4 Scale Factor. For an output of +2.500±0.005 vdo, the input voltage shall be 5.60±0.56V
rms at zero phase for all assembly sections.
3.1.5 Scale Factor Linearity. Hie scale factor linearity of each section shall not deviate by
more than five percent from the average of six scale factor values.
3.1.6 Output Impedance. Hie output impedance of each assembly section shall be <5K ohms.
3.1.7 Output Ripple. The output ripple of each assembly shall be <15 mv pp.
3.1.8 Reference Drive Output. Hie assembly shall provide a reference drive output with the
following characteristics:
a. Peak-to-Peak Voltage: >25V
b. Pulse Symmetry: Pulse halves shall be equal in width at the zero cross-over points
within ±1 percent.
c. Rise Time: <10 Msec.
3
1 * * fi, *,
APOLLO GAN Specification
PS1007667 REV -
4.3.7 Offset Voltage. With each set of (Hi) and (Lo) input pins specified in Table I
connected together and the operating voltages specified in Table in applied, the voltage
at each pair of output pins shall be <40 mv dc.
4.3.8 Scale Factor. With the input test voltages each adjusted for an output of+2.500±0.005
vdc plus the measured offset voltage for all assembly sections, the input voltages shall be
5.60±0.56V rms at 0* phase.
4.3.9 Scale Factor Linearity. With the conditions specified below established, each of
six calculated scale factor values shall not deviate from the average of the six values by
more than ±5 percent for each assembly section listed in Table L
a. The inpat voltage and phase adjusted to obtain an output of +2.100±0.005 vdc.
b. The input voltage adjusted to 0.600 of die previous value and the output voltage
measured.
c. The input voltage adjusted to 0.200 of the value specified in 4.3.$^ .and die ^
output voltage recorded.
d. The conditions specified in 4.3.9. a, b, and c repeated with the input phase
reversed 180*.
e. With die input pins oonnected together, the value of the offset voltage at the
outputs determined.
f. The offset voltage algebraically subtracted from the six output measurements.
g. The output values for 1.000 times the input voltages divided by 5 and those at
0.600 times the input voltage divided by 3. The net outputs and normalized
outputs are equal for 20 percent inputs.
h. The six calculated values averaged and the deviation of each value from the
average determined.
4.3.10 Input Impedance. With 3.50±0.05V rms applied to the input pins of all assembly
sections of Table I, the input current shall be <50.0 /lamps.
9
APOLLO GON Specification
PS1007667 REV -
4.3.11 Reference Drive Output. Hie square wave voltage at pine 3 (Hi) and 15 (Lo) shall
have a peak-to-peak amplitude of >25V. The negative- and positive-going halves shall
have widths equal within el percent at the aero crossover point.and the rise time shall be
<10 /iamps.
4.3.12 Output Impedanoe. With the operating voltages applied, the input adjusted for
an output of 2.500±0.005 vdc for all assembly sections, and then a 100K ohm el percent
resistor substituted for the 1-megohm load resistor, the output shall not drop below
2.380 vdc.
4.3.18 Output Ripple. With an output of 2.50e0.05 vdc, the ripple voltage at the output
pins shall be <15 mv pp.
5. PREPARATION FOR DELIVERY
5.1 GENERAL. Preparation for delivery shall be in accordance with Spe c i ficat ion ND1002214.
6 . NOTES. None.
OJR:efo
10
OPTICS ^
S46NAL CONO'TIONE*
1007648-LI
V*
&_
1.750 REF
MARKING VIEW
SCALE l:l
-APPLICABLE
DASH NUMBER
REPLACES WORD DWG
REV A
—J L—.030 MAX
PARTIAL SECTION A A
tOOTCeS
T
T
. . . "I
1007700
Oil
NEXT ASSY
USED ON
APPLICABLE J
DASH NO.
I APPLICATION 1
THE ASSEMBLY PART NUMBER S THE DRAWING
NUMBER AND THE DASH NUMBER THAT APPLIES
a , 1
—
—
—
—
1010248
SCHEMATIC
"
_
__
*
49
1008161 -1
SCREW
““ “
"2"
48
1015135 -017
SPACER
1
47
1010364
bioBE
2
46
1010362-001
DIODE
1
45
1010410 —5
CAPACITOR
'
4
44
1010359-29
CAPACITOR
10
4^
1010279-16
CAPACITOR
'
"
5
42
1006755-133
CAPACITOR
r
1
41
1006755-130
CAPACITOR
\w
40
-l606?55-6f
CAPACITOR
2
i9
1006755-34
CAPACITOR
2
3d
1006755-31
CAPACITOR
5
37
1007080-021
TRANSFORMER SHIELDED ASSEMBLY
5
36
1007060-000
TRANSFORMER SHIELDED ASSEMBLY
'
l— ”
1
35
1010398- 1
TRANSISTOR
—
h ”“
r ‘""
3
34
1 ST 0397 —1
TRANSISTOR
10
33
1010367
TRANSISTOR
4
32
1010342
TRANSISTOR
1
31
1010278-15
RESISTOR
|
30
1010364 -769
RESISTOR
~T
29
1010364-707
RESISTOR
1
28
1010311-315
RESISTOR
I
27
1010311 -lie
RESISTOR
““"" '
"I
26
1006750-72
RESISTOR
1
25
1006750-65
RESISTOR
|
24
1010764-58
RESISTOR
“4"
23
1010374-5
RESISTOR
~r
22
1010374-1
RESISTOR
8
21
1010364-719
RESISTOR
““
1
20
1010321-194
RESISTOR
1
19
1010311 - 259
RESISTOR
__
~j
18
I0I03II-I26
RESISTOR
To"
17
1010311 — 1
RESISTOR
5
16 1
1006750-109
RESISTOR
"
2
>9
1006750-56
RESISTOR
—
~r
1006750-51
RESISTOR
1
10
13
1006750-39
RESISTOR
- ——
10
12
1006750-36
RESISTOR
- ””
JJ
II
1006750-8
Resist Of?
aT
16
1006776*22
INSULATION, SLEEVING, ELECTRICAL
AR
9
1006776-21
INSULATION, SLEEVING. ELECTRICAL
AR
8
1010848-2
WIRE. ELECTRICAL
““
AR
7
1006757-1
WIRE. ELECTRICAL
1
6
10107 79-12
CONNEC TOR. RECEPTACLE. ELECTRICAL
1
5
2008093-002
TERM INAL. THREADED
2
4
1010618-4
SCREW
1
3
1008319
WIRING b6ARblt0f>)
1
2
1008318
WIRING BOARD (BOTTOM)
1
"T"
100824?
PRamE
on
PNC-
ITEM
NO
NUTT OR lOENTTYMS
NUMB)
NOMENCLATURE
OR DESCRIPTION
QUA
NITTY
REQUIRED
TmTT
I LIST OF PARTS AND MATERIALS
m
U.-J
i ii
J
■2Si4M:fciM«IBlK
m mm m**' mm
APOLLO G&N Specification
PS1007668 REV A
Original Issue Dat
Release Authority: TDRR f
Class A Release
CODE IDENT NO. 80230
PROCUREMENT SPECIFICATION
PRODUCT CONFIGURATION AND ACCEPTANCE TEST REQUIREMENTS
SIGNAL CONDITIONER, OPTICS ASSEMBLY
DRAWING NO. 1007668
Record of Revisions
Date
Revision
Letter
TDRR
No.
Pages
Revised
Approvals I
MIT
NASA
3/1/6G
A
26775
9
WK
TM
This specification consists of page 1 to 10 inclusive.
1
--3.200 REF--
s'
IQ/
OPTICS
SIGNAL CONDITIONER
1007668-£”3
v* \
21_\_|5
1
1.750
1
MARKING VIEW
SCALE l:I
-applicable
DASH NUMBER
® REPLACES WORD DM3
A
-.030 MAX
PARTIAL SECTION AA
1007700
Oil
NEXT ASSY
_USED ON
APPLICABLE
| APPLICATION |
DASH NO.
m
QUANTITY REQUIRED
REVISIONS
GYM
ZONC
hkmptkw
DATE
ARRO
A
]T
—
t >
CMC NO
V
■*<
REVISED PER TVRR 27793
lt-APg
-Cfc
1
1015 I 3 5 -017
SCREW
SPACER
1010362-001
1010359-29
1010279-16
1006755-133
1006755-130
1007OBO-OOP
1006750-65
IQI076B-5B
1010321-194
2008093-002
PART OR IDENTIFYING
CAPACITOR
TRANSFORMER SHIELDED ASSEMBLY
TRANSFORMER SHIELDED ASSEMBLY
TRANSISTOR
RESISTOR
RESISTOR
INSULATION, SLEEVING, ELECTRICAL
INSULATION, SLEEVING, ELECTRICAL
WIRE. ELECTRICAL
WIRE. ELECTRICAL
CONNEC TOR. RECEPTACLE. ELECTRICAL
TERMINAL.THREADED
SCREW
WIRING BOARD (TOP) '
WIRING BOARD (BOTTOM)
FRAME
UNltSS OTHCRWISt SPECIFIED
[fractions decimals angles
- 1 -PTT
INSTRUMENTATION LAM
MANNED
SPACECRAFT CENTER
HOUSTON TEXAS
TTocrTT
DHAYYN DATE
CHFCKFn L si+xiK, CA/O^s^
optics
APPPOMAI SSTJ^/. —-
SIGNAL CONDITIONER
APPROVAI
2
1
9 9991001
* r- ■ I
V. f
S f*
' *»!
!-J
16
_L^
10
CONNECTOR WIRING DATA I
FROM
TO
CIRCUIT
POINT
CIRCUIT
POINT
PI-1
El
PI-2
E2
PI-3
E3
PI-4
E4
PI-5
E5
PI-6
E6
PI-7
E7
PI -8
E8
PI- 9
E9
PI-10
EIO
PI-11
Ell
PI-12
EI2
PI-13
EI3
PI-14
EI4
PI-15
EI5
PI -16
EI6
PI-17
E17
Pi -18
EI8
PI-19
PI-20
PI-21
1 PI-22 1 1
PI-23
PI-24
PI-25
]
NOT USED
SEE NOTE II
INTERPRET DRAWING IN ACCORDANCE WiTH STANDARDS PRESCRIBED
BY MIL-D-70327.
WELD PER ND1002005.
ENCAPSULATE PER NDI002002 (BLACK) REMOVE FLASHING.
INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND-
COMPONENTS HAVING BUTT WELDED LEADS MUST BE POSITIONED SO
THAT THE RIBBON WELD OCCURS ON WELDABLE PORTIONS OF LEAD.
AR DENOTES AS REQUIRED.
FT DENOTES FEEDTHRU.
K DENOTES CATHODE SIDE OF DIODE.
(♦) DENOTES POSITIVE SIDE OF CAPACITOR.
MARK 100/ 140 HIGH (WHITE) CHARACTERS PER NDI0020I9 AND
SERIALIZE PER NDI0020I9. CENTRALIZE AS SHOWN.
CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND
ISOPROPYL ALCOHOL PRIOR TO ENCAPSULATION.
EXCEPT FOR MODULE MOUNTING SURFACE, PAINT ALL SURFACES PER
NDI002279, USING 1010992 PRIMER AND 1008809-4 PAINT. CONNECTOR
AND PINS TO BE FREE OF PAINT.
MOUNTING TORQUE FOR FIND NO. 5 TO BE 15-20 INCH OUNCES.
TRIM UNUSED LEAD OF FINO NUMBERS 6,36 AND 37 .060/00 FROM CASE.
WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING. BLACK DOT
AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING.
UNLESS OTHERWISE SPECIFIED, COMPONENTS SHALL BE CENTRALIZED
BETWEEN THE WIRING BOARDS.
■ft’ i'nW
ri! •.
r-v:
* !|
BOND QI.Q2, Q3, Q4, Q5, Q7, Q9, Qll, QI3, 015, QI7, TI,T2,T3. T4 AND T5
TO FIND NO. 3 PER NDI002004, TYPE I.
BOND Q6, Q8, QIO, QI2, QI4, QI6,0I8,T6, T7, T8, T9,TI0, CI.C2, C3 AND C4
TO FIND NO.2 PER NO 1002004, TYPE I.
TYPICAL SLEEVING FOR-* FT3, FTII, FTI6, FTI8, FT22, FT26,FT27, FT30,
EI.E2.E8, Ell, El3, EI5, EI7_, EI8; FT2, FT 9, FTIO, FTI5 FTI7, FT2I , FT23, C20
ON FIND NO. 3 SIDE ONLY; R32 ON FIND NO. 2 SIDE ONLY AND ALL TRANSFORMERS
TYPICAL SLEEVING FOR: CRI.CR2.CR3, FTI, FT4, FT5, FT6, FT 7,
FT8. FTI2, FTI3, FTI4. FTl9, FT20, FT24, FT25, FT28, FT29,FT3l.E3.E4,E5
E6, E7. E9,EI0,EI2,EI4,EI6; FT2, FT9 , FTIO, FTI5. FTI7, FT2I . FT23
ON FIND NO.2 SIDE ONLY AND ALL RESISTORS.
BONO FINO NO.2 TO FINO NO.I PER ND 1002004, TYPE I.
APPLY WET ZINC CHROMATE PRIMER MIL-P-8585 TO THREADS OF FIND
NO.4 AT INSTALLATION.
COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH ANO
SHALL MEET ALL REQUIREMENTS OF PS 1007668.
16
15
14
13
lO
« •
12
10
16
CONNECTOR WIRING DATA!
FROM
TO
CIRCUIT
POINT
CIRCUIT
POINT
PI-1
El
FI-2
E2
PI-3
E3
PI-4
E4
P!-5
E5
PI-6
E6
PI-7
E7
PI-8
E8
PI- 9
E9
PI-10
EIO
Pl-ll
Ell
PI-12
EI2
PI-13
EI3
PI-14
EI4
PI-15
EI5
PI-16
Fife
PI-17
EI7
Pi -10
E10
PI-19
PI-20
PI-21
i pi -22 r n
PI-23
PI-24
PI-25
. NOT USED
SEE NOTE II
d>
NOTES*
INTERPRET DRAWING IN ACCORDANCE W STANDARDS PRESCRIBED
BY MIL-D-70327.
WELD PER NO 1002005.
ENCAPSULATE PER NDI002002 (BLACK) REMOVE FLASHING
INDICATED AREA TO BE FREE OF ENCAPSULATING COMPOUND.
f l
/ /
COMPONENTS HAV'NG BUTT WELDED LEADS MUST BE POSITIONED SO
THAT THE RIBBON WELD OCCURS ON WELDABLE PORTIONS OF LEAD.
AR DENOTES AS REQUIRED
FT DENOTES FEEDTHRU.
K DENOTES CATHODE SIDE OF DIODE.
(+) DENOTES POSITIVE SIDE OF CAPACITOR.
MARK 100/ 140 HIGH (WHITE) CHARACTERS PER NDI0020I9 AND
SERIALIZE PER NDI0020I9. CENTRALIZE AS SHOWN
CLEAN MODULE WHERE POSSIBLE BY DEGREASING WITH FREON AND
ISOPROPYL ALCOHOL PRIOR TO ENCAPSULATION
PAINT ALL SURFACES PER NDI002279, USING 1010992 PWMER AND
1008809-4 PAINT. CONNECTOR AND PINS TO BE FREE OF PAINT.
AND PINS rOBE FREE OF PAINT.
C2l
ex
OB
^-(T) SE£ NOT £
10000013
ooooo 25
M0UNTIN6 TORQUE FOR FIND NO 5 TO BE 15-20 INCH OUNCES
TRIM UNUSED LEAD OF FIND NUMBERS 6.36 AND 37 060/100 FROM CASE.
000
"015
It
=K-
iii
14
15.
16.
17.
WHITE DOT AND CLEAR WIRING INDICATES LOWER LEVEL WIRING BLACK DOT
AND CROSS HATCHED WIRING INDICATES UPPER LEVEL WIRING
UNLESS OTHERWISE SPECIFIED, COMPONENTS SHALL BE CENTRALIZED
BETWEEN THE WIRING BOARDS.
BOND 01, Q2, Q3, Q4. Q5, 07, Q9, Qll, QI3, 015, QI7, Tl, T2.T3. T4 AND T5
TO FIND NO 3 PER NDI002004, TYPE 1.
BOND Q6.G8, 010, QI2, QI4, 016, QI8.T6, T7, T8, T9.T10, CI.C2, C3 AND C4
TO FIND *N0.2 PER ND 1002004, TYPE I.
TYPICAL SLEEVING FOR: FT3, FTI1, FTI6. FTI8, FT 22. FT26 , FT27, FT 30,
?E2E8£.EEI3, El 5, El 7, EI8 S FT 2j FT 9, FTIO, FT.5 FT.7, FT2. , FTZ3. C20
ON FIND NO. 3 SIDE ONLY; R32 ON FIND NO. 2 SIDE ONLY AND ALL TRANSFORMERS
TYPICAL SLEEVING FOR; CRI. CR2 , CR3, FTI, FT4 FT5,FT6,FT7,
FT8. FT 12, FT 13, FT 14, FTl9, *T20, FT24, FT25, FT28. F T 29, FT 3l,E 3, E4. E5
E6. E 7, E9, EIO, EI2.EI4.EI6; FT2.FT9, FTIO, FTI5. FTI7, FT2I . FT23
On’ FIND NO.2 SIOE ONLY AND ALL RESISTORS
18. BOND FIND NO.2 TO FIND NO. i PER Nl 1002004, TYPE I.
19 APPLY WET ZINC CHROMATE PRIMER MIL-P-8585 TO THREADS OF FIND
NO. 4 AT INSTALLATION.
20 COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH AND
SHALL MEET ALL REQUIREMENTS O p PSIOO7660.
21 AFTER PAINTING AND STENCILING APPLY A COAT OF POLYURETHANE 1008867
TO ALL SURFACES PER NDI002292. CONNECTOR GASKET AND CONTACTS TO BE
FREE OF POLYURETHANE.
22. NO SLEEVING REQUIRED ON ANY COMPONENT LEAD WHERE COMPONENT BODY IS WITHIN
.090 OF A WIRING BOARD.
J
TYP BOTH I
030 see N oTE II
-.031 TYP REF
000 ,
TYP BOTH
°30 SEE NOTE
-I 409 REF -
( 033^
\ 40.
ZS2
PARTIAL
io
1007668
9
16
15
14
13
i" i
3
1
APOLLO GAN Specification
PS1007668 REV -
Original Issue Dale: UfrT**• 1*U
Release Authority: TDRR &S7VF
Class A Release
CODE IDENT NO. 80230
PROCUREMENT SPECIFICATION
PRODUCT CONFIGURATION AND ACCEPTANCE TEST REQUIREMENTS
SIGNAL CONDITIONER, OPTICS ASSEMBLY
DRAWING NO. 1007668
Record of Revisions
Date
Revision
Letter
TDRR
No.
Pages
Revised
Approvals 1
MIT
NASA
This specification consists of page 1 to 10 inclusive.
APPROVALS
NASA/MSC
/// /fo/IL
ACSP
1
~£i__ _ —~i
APOLLO G6N Specification
P81007668 REV -
9. REQUIREMENTS
3.1 PERFORMANCE
3.1.1 DC Current Drain. The de current drain of the assembly shall be 31.0e6.<hmaide.
3.1.2 Reference Input Impedance. The reference input impedance shall be >24.OK ohms.
3.1.3 Offset Voltage. The offset voltage of each of the five assembly sections specified in
Table I shall be <40 mv de.
TABLE I
INPUT AND OUTPUT PINS
8.1.4 Scale Factor. For an output of +8.500*0.008 vdo, the input voltage shall be 5.60*0.5«V
rms at aero phase for assembly sections a, b, e, and d and 8ft. Ofc5.0'mv)ams L at»ve phase
for assembly section e.
3.1.5 Scale Factor Linearity. The scale factor linearity of aMnh aSSiian ihlllinettiettiisl^y
more than five percent from the average of six scale factor values.
3.1.6 Output Impedance. The output impedance of each assembly section shall be <5K ohms.
3. l. 7 Output Ripple. The output ripple of each assembly section shall be <15 mv pp.
3.1.8 Reference Drive Output. The assembly shall provide a reference drive output with the
following characteristics i
a. Peak-to-Peak Voltage: >25V
b. Pulse Symmetry: Pulse halves shall be equal in tiidth at the aero cross-over points
within Al percent. ^ ,
c. Rise Time: <10 pseo.
9
; ;
35; A-
f F
APOLLO GIN Specification
PS1007668 REV -
4.3.7 Offset Voltage. With all of the input pins specified in Table I connected together
and the operating voltages specified in Table m applied, the vottage/atagahbair: 1 . pair
of output pins shall be <40 mv dc.
4.3.8 Scale Factor. With the input test voltages each adjusted for an output of +2.500±0.008
vdc plus the measured offset voltage for assembly sections a, b, e, d, and e, the respective
input voltages shall be within the following limits:
a. 5.60*0.56V rms, 0 phase
b. 5.60*0.56V rms, 0 these
c. 5.60*0.56V rms, 0 phase
d. 5.60*0.56V rms, 0 phase
e. 50.0*5.0 mv rms, 0 phase
4.3.9 Scale Factor Linearity. With the conditions specified below established, each of
six calculated scale factor values shall not deviate from the average of the six values by
more tha n ±5 percent, for each assembly section listed in Table L
a. The input voltage and phase actuated to obtain an output of +2.500*0.005 vdc.
b. The input voltage adjusted to 0.600 of the previous value and the output voltage
measured.
o. The input voltage adjusted to 0.200 of the value specified in 4. S.fflaaueArthfce
output voltage recorded.
d. The conditions specified in 4.3.90.%, b, and o repeated with the input phase
reversed 180*.
e. With the input pins connected together, die value of the offset voltage at the
outputs determined.
f. The offset voltage algebraically subtracted from the six output measurements.
g. The output values for 1.000 times the input voltages divided by 5 and those at
0.600 times the input voltage divided by 3. The net outputs and normalized*
outputs are equal for 20 peroent inputs.
h. The six calculated values averaged and the deviation of each value from the
average determined.
4. 3.10 Input Impedance. With LMiAIIY rms applied to the input pins of assembly
sections a, b, c, and d of Table I, the input current shall be £§0.0pamps. With
50.0*0.5 mv rms applied to the input pins 6f assembly section e of Table I, die input
current shall be <0.5 ma.
3
4
3
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
CAPACITOR VALUES ARE IN *1
RESISTOR VALUES ARE IN OHMS
TOLERANCES ON DRAWN ^
FRACTIONS DECIMALS* ANGLES CHECKED
± ± ± APPROVE!
DO NOT SCALE THIS DRAWING
MIT
INSTRUMENTATION LAB
CAMBRIDGE. MASS.
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
FRAME ASSEMBLY
SIGNAL CONDITIONER
CODE IDENT NO. SIZE
DRAWING NO.
802301c 1007670
f
REPLACES WORO DRG
REV B PER TDRR IS2
SEE NOTE 6
7 PLACES
MAST0I MEYNHT-
PERMISSIBLE LIMITS OP ■
ENCAPSULATION OUTLINE
SEE NOTE 8
.000 _
.005
2 PLACES
PERMISSIBLE LIMITS OF
ENCAPSULATION OUTLINE /
SEE NOTE 5 /
CJUL
-APPLICABLE OASH NUMBER
?0AIJ7
30AIJ6
> I r
CO 5 !
2 u
< o
W CD
5 N *
< ° 2
a o \
Ul — CD
PARTIAL VIEW D“D
P0TTIN6 REMOVED
30AIJ5
12 I 13 I 14 T 15
PERMISSIBLE LIMITS OF—
ENCAPSULATION OUTLINE
SEE NOTE 5
jeX25T|9Xi«
© REPLACES WORD DWG
REV B
Q SEE NOTE MM
>< 1010199
121 [ 1010198
._ 1010197 _
AR AR" AR QQ-W'-343 TYPE S
ait ar~ ~ait 1010709 - 017
2 2 2 1006783-18 _
T" ~Q 1010617 -4
2 2 2 1010638-4 _
J_!_|__ 1006351 _
6 6 6 1010618-3 _
J_I_I 1008356 _
J_ j _!_ 1008354 _
1 I I 1008355 _
J_ 100 8353
_2_ 1006783-20
4 4 7 101 0958 - 001
~T~ _ 1010857 —I
AR AR AR 1010789-024
AR AR AR 1010769-022
AR AR AR IQI0789-0I6
264 246 240 1010738-S
15 IS 12 1010770
_J_I 1010812-3 _
__2_J_| 1010 812 -2
_2_ _2_ 10 06783-19 _
_I_I 7gl0823-3
6 6 "~6 MS 35649 -44
6 6 6 MS35338 - 78
6 6 6 MS 15795- 80 3
8 8_6 MS2467I -3 '
_!_I 1008352 _
6 6 6 1006783 -95
J_J_l_ 1010779- 4 _
J_ j _I 1010779-17 _
J_J_I 1010930-013
_J_j_l_ 1010519-1 _
2 2 2 1008171 _
2 "T" 2 1010628-14 _
12 12 12 1010618-3 _
4 4 4 I0I0779-H
I I I 10086^0
WIRIN6 DIAGRAM _
WIRIN6 DIAGRAM _
WIRIN6 0IA6RAM _
WIRE. COPPER 26 6AUGE _
WIRE. ELEC STRANPEO. INSULATEO
SCREW, BUTTON HEAP
NUT-HEX,SELF LOCKING
TERMINAL - LUG
BRACKET. CONNECTOR
SCREW.BUTTON HQ, SELF LOCKINg
TERMINAL BOARD, INSEP ASSY _
TERMINAL 80ARO, INSEP ASSY
TERMINAL BOARD. INSEP ASSY
BRACKET, CONNECTOR _
SCREW, BUTTON HEAP _
PLUG. PROTECTIVE _
CONNECTOR.RECEPTACLE ELEC
WIRE,ELEC STRANPEO,INSULATED
WIRE, ELEC STRANDED. INSULATEO
WIRE,ELEC STRANPEO. INSULATED
CONTACT, CRIMP TYPE _
CONTACT
SEAL _
SEAL _
SCREW. BUTTON HO _ '
CONNECTOR, PLUG, ELEC ~~
NUT, PLAIN HEX __
WASHER. LOCK _
WASHER,FLAT _
SCREW. FLAT HO _
BRACKET. CONNECTOR _
SCREW. BUTTON HD _
CONNECTOR, PLUG ELEC _
CONNECTOR. PLU6 ELEC _
CONNECTOR. RECEPTACLE ELEC
CONNECTOR.PLU6 ELEC _
BUSHING. CONNECTOR _
SCREW, FLAT HD.SELF LOCKING
SCREW. BUTTON HD. SELF LOCKING
CONNECTOR.PLUG ELEC_
MANNED SPACECRAFT CENTER
I trst sfptfrn TTi
J NASA PP7-65 5JT
FRAME ASSEMBLY
SIGNAL CONDITIONER
90230 J 1007670*
MARK 1007660 TOR -OM ASSEMBLY
ANO 1007665 FOR -021 ANO
-051 ASSEMBLY -—-—
Q=
MARK 1007661 FOR -011 ASSEMBU
1007667 FOR -021 ASSEMBLY,
ANO 1007666 FOR -031 ASSEMBLY
.ooo_;
J0O9 '
2 PLACES
PERM4SMP1
ENCAPVUiJ
SCC MOft
MARKINS VIEW B~6
SCALE l/l
MARKINS VIEW C~C
SCALE I/I
r*
30AIJ4I m
• PERMISSIBLE LIMITS OF
ENCAPSULATION OUTLINE
SEE NOTE 9 ANO NOTE 9
30AIJ3
'll E2 E3
NOTES:
1. INTERPRET DRAWIN6 IN ACCORDANCE WITH STANDAROS PRESCRIBED BY MIL-D-70327
2. PARTIAL REFERENCE DESIGNATIONS ARE SHOWN. PREFIX THE DESI6NATI0N WITH 50AI.
EALL PI PIN ASSIGNMENTS CONTROLLED BY ICO
3. INSTALL FIND NO. 20 ANO FINO NO. 21 PER NDI002206
4. UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE WITH N0IOO2O69
5. ENCAPSULATE PER ND1002002. REMOVE FLASHING.
6 . MARK .100/.140 HIGH WHITE CHARACTERS PER NDI0020I9 ANO SERIALIZE PER
ND 1002023. CENTRALIZE AS SHOWN
7. AR DENOTES AS REQUIRED
6 - FABRICATE PER NO 1002032
9 . PIN AREAS OF ALL CONNECTORS TO BE FREE OF ALL ENCAPSULATING COMPOUNO
10. TRIM UNUSED WIRES .150 MAX
11. SOLDER PER NDI00207I
12. SECURE HARNESS TO FINO NO. I AS NECESSARY BY STAKING PER NO 1002004. TYPE I
13. COAT THREADS OF FIND NO.3 ANO FINO NQ.32 WITH MIL-P-8585 WET ZINC
CHROMATE PRIMER PRIOR TO ASSEMBLY
14. 0FWRT NO. CONTROLLED BY ICO
.030 MIN.-
ABOVE HARNESS
FOR POTTING
■30AIJ2I©!/ M©|
PFPMISSICh.E LIMITS OF-
VIEW SHOWN WITH P0TTIN6 REMOVED
) EIO El I EI2 EI3
e e e el
• • • •io
10076701C
MIT
MANNED SPACECRAFT CENTER
7*2312231
FRAME ASSEMBLY
SIGNAL CONDITIONER
—ciEjsssni
1007670
IfiSiKl
6
5
MARK 1007660 FOR -Oil ASSEMBLY
ANO 1007665 FOR -021 AND
-031 ASSEMBLY --—
MARK 1007661 FOR -Oil ASSEMBU
1007667 FOR -021 ASSEMBLY,
AND 1007668 FOR -031 ASSEMBLY
MARKIN6 VIEW B-B
scale i/i
MARKIN6 VIEW C”C
SCALE I/I
30 AIJ 4 | (§)
(©) r:
■ PERMISSIBLE LIMITS OF
ENCAPSULATION OUTLINE
SEE NOTE 3 AND NOTE 9
30 AIJ 3
NOTES:
1. INTERPRET DRAWIN6 IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-7C327
2. partial reference desgnaticns are Shown, prefix the oesi6Nation with 30ai.
GJAlL pi pin assignments controlled by ICO
3. INSTALL find no. 20 ANO FlNO NO. 21 PER NDI002206
4. UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE WITH NDI002069
5. ENCAPSULATE PER NDI002002. REMOVE FLASHING.
6. MARK .100/.140 HIGH WHITE CHARACTERS PER N0IOO2OI9 ANO SERIALIZE PER
NO 1002023. CENTRALIZE AS SHOWN
7. AR DENOTES AS REQUIRED
8- FABRICATE PER ND1002032
9. PIN AREAS OF ALL CONNECTORS TO BE FREE OF ALL ENCAPSULATING COMPOUNO
10. TRIM UNUSED WIRES .150 MAX
11. SOLDER PER NDI00207I
12. SECURE HARNESS TO FIND NO. I AS NECESSARY BY STAKIN6 PER ND 1002004, TYPE I
13. COAT THREADS OF FIND NO-3 AND FIND N0.32 WITH MIL-P-8585 WET ZINC
chromate primer prior to assembly
14. 0 PART NO. CONTROLLED BY ICD
,030 MIN.-
ABOVE HARNESS
FOR POTTING
k @ © o © x
Pg)EI E2 E3 E4(o1
X E6 E7/n
30 AIJ 2 ®'/i)i®
PERMISSIBLE LIMITS OF —
ENCAPSULATION OUTLINE
SEE NOTE 5
VIEW SHOWN WITH P0TTIN6 REMOVED
EIO El I EI2 EI3
I © © O O © -
™(o)™ IT op
<y> ->jV-/od
© o © ©J©
u mMi
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.000
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2 F.ACES
PERMISSIBLE
ENC APSULATll
SEE NOTE 5
A-A
8
3
SEE NOTE 6
7 PLACES
5
MARK 1007660 FOR -OH ASSEMBLY
AND 1007665 FOR -021 AND
-031 ASSEMBLY- -
MARK 1007661 FOR -Oil ASSEMBO
1007667 FOR -021 ASSEMBLY,
ANO 1007668 FOR -031 ASSEMBLY
.000 __
.005
2 PLACIS
PERMISSIBLE
ENCAPSJLAT
SEE NO r E 5
MARKIN6 VIEW B-B
SCALE l/l
MARKIN6 VIEW C~C
SCALE l/l
30 AIJ 4 (SI
- PERMISSIBLE LIMITS OF
ENCAPSULATION OUTLINE
SEE NOTE 5 AND NOTE 9
fSil ©^
30 AIJ 3
NOTES:
1. INTERPRET DRAWIN6 IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. PARTIAL REFERENCE DES'GNATIONS ARE SHOWN. PREFIX THE OES16NATI0N WITH 30AI.
CQAlL PI PIN ASSIGNMENTS CONTROLLED BY ICO
3. INSTALL FIND NO. 20 ANO FIND NO. 21 PER NCI002206
4. UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE WITH N0ICO2O69
5- ENCAPSULATE PER ND1002002. REMOVE FLASHING.
6. MARK .100/.140 HIGH WHITE CHARACTERS PER NDI0020I9 ANO SERIALIZE PER
N0IOO2C23. CENTRALIZE AS SHOWN
7. AR DENOTES AS REQUIRED
8* FABRICATE PER ND 1002032
9. PIN AREAS OF ALL CONNECTORS TO BE FREE OF ALL ENCAPSULATING COMPOUNO
10. TRIM UNUSED WIRES .ISO MAX
11. SOLDER PER ND 1002071
12. SECURE HARNESS TO FIND NO. I AS NECESSARY BY STAKING PER ND 1002004. TYPE I
13. COAT THREADS OF FIND NO-3 AND FIND NO. 32 WITH MIL-P-8585 WET ZINC
ChROMATE PRIMER PRIOR to ASSEMBLY
14. Opart no. controlled by icd
15. COMPLETED ASSEMBLY- SHALL BE TESTED IN ACCORDANCE WITH AND SHALL MEET ALL
REQUIREMENTS Of PS 1007670 FOR THE -Oil CONFIGURATION.PS2016150 FOR THE -021
CONFIGURATION AND PS 2016151 FOR THE -031 CONFIGURATION.
.030 MIN.
ABOVE HARNESS
FOR POTTING
© © ©-J
o)El E2 E3 E4(ol
X© © ©
X - E6 E7XI'
<& I 30 AIJ 2 |®|( / ))|©
VIEW SHOWN WITH P0TTIN6 REMOVEI
PERMISSIBLE LIMITS OF--.
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SEE NOTE 5 J
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| REVISIONS |
•VM
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REPLACES WORD DwG
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1
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FROM
TO
COLOR
FIND NO.
P2 -1
PI -82
RED
37
P2 -2
PI -65
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PI - 99
RED
37
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PI -98
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P2-7
PI -118
RED
37
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P2-I0
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BUS
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£31
£32
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1007700
NCXT ASSY
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| APPLICATION |
CAPACITOR VALUfS ARE IN ,*
RESISTOR VALUES ARE IN OHMS
TOLERANCES ON
FRACTIONS DECIMALS ANGLE
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
FRAME ASSEMBLY
SIGNAL CONDITIONER
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COOT IOENT NO
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1. INTERPRET DRAWING IN ACCORDANCE WITH STANDAROS PRESCRIBED BY M.L-0-70327
2. PARTIAL REFERENCE OES’CNATIONS ARE SHOWN. PREFIX THE 0£ S16NATI ON WITH 30AI
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3. INSTALL FIND NO. 20 AND FINO NO. 21 PER NCI002206
4. UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE WITH NDI002069
5- ENCAPSULATE PER NO 1002002. REMOVE FLASH ING.
6. MARK .100/.140 HIGH WHITE CHARACTERS PER NOI0020I9 AND SERIALIZE PER
NO 1002023. CENTRALIZE AS SHOWN
7. AR DENOTES AS REQUIRED
8- FABRICATE PER NO 1002032
9. PIN AREAS OF ALL CONNECTORS TO BE FREE OF ALL ENCAPSULATING COMPOUNO
10. TRIM UNUSED WIRES .150 MAX
II- SOLDER PER NO 1002071
12. SECURE HARNESS TO FlNO NO. I AS NECESSARY BY STAKING PER NO 1002004 TYPE I
13. COAT THREADS OF FIND NO-3 AND FIND NO. 32 WITH MIL-P-8585 WET Z INC
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14. 0 PART NO. CONTROLLED BY ICO
15. COMPLETED ASSEMBLY SHALL BE TESTED W ACCORDANCE WITH AND SMALL MEET ALL
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BVI!Wai!W;1:T71
J6- 21
E24_
EnB
J6- 22
M|
WH/BLK/0RN
IH^BB
■i^M
WH/BLK/YEL
Ibhszb
wh/blk/grn
WH/BLK/BLU *
IB1BI4-M
OB
iflnflai
E 25
BLK
H^BI
E 31
BRN
■Mi
E24
BCSBBflB
L.»i7-4 1
E29
BESZMBBB
L .5_
PI-40
■BODflBBB
miEDB
bdbeb
■EQZBBBB
B^SS
■9BDB
BEISBBBBi
BOOglB
bdqbbbbb
^BSZB^B
BQBE9B
kubbi
■B9EH
WBSEWm
BBQElHBflB
BBB
■3PM
BdEQZQBH
■D3IEB
■OB
wh/brn
J7 - 13
Jl -35
WH/REO
J7 - 14
PI -56
WH/0RN
J7 -15
JI-96
WH/YEL
J7- 16
Jl - 82
WH/GRN
J 7 - 17
Jl -26
WH/BLU
J7 - IB
JI-27
WH/VI0
J7 - 19
E 16
WH/GREY
J7-20
BODPBBBI
■ 1 h m H | | ■■
J7-2I
1
bbbbbbI
J7-22
EDffaBI
rmr/nwr/iTFriB
r
bbbbb!
_ l
1
J7-25
BUBBI
cnuno^ocB l
■BBBl
bbbbbbI
■bbbbbibI
i
10076 70
g
1
u
1
4 I --s-
MANNED SPACECRAFT CENTER
HOUSTON. TOMS
FRAME ASSEMBLY
SIGNAL CONDITIONER
1007670
-021 ASSEMBLY
PIC VISIONS
OOCMFIKW om
CHK
oatc
REPLACES WORD DRG k'jj
REV B PER TORR t f
REVISION STATUS CHANGED $
1 FEB
tote
REVISED PER TORS 27135 *
4 API
4,6
REVISED PER TDRR 27“ , 9i J -j
Hi
'5-APR
REVISED PER TDRR 29597 *
6€j
SEE NOTE 6
7 PLACES
30 Al Pill
PERMISSIBLE LIMITS OF
ENCAPSULATION OUTLINE
SEE NOTES 5 AND 20
.000 _
.005
2 PLACES
PERMISSIBLE LIMITS OF
ENCAPSULATION OUTLINE j
SEE NOTE 5 /
MASTER KEY WAY -
I I 1008332
I I 1006783-20
SPACER, NYLON _
SCREW, BUTTON HEAP
• S90 J
.850 (©)
.30AIJ7
r%r4
PERMISSIBLE LIMITS OF-
ENCAPSULATlON OUTLINE
SEE NOTE 5
-APPLICABLE OASH NUMBER
30AIJ6
b °4
% %
>i r .
<j) j •
£
^ CD
5 *
< o z
cr o \
U. — CD
SEE NOTE 19
PARTIAL VIEW D”D
POTTINS REMOVED
30AIJ5
.015
o \
•el25Tl9T ig
VIEW SHOWN WITH POTTING REMOVED
© REPLACES WORD DWG
REV B
0 SEE NOTE I4f
960 C4
'8349
0r)9 _
0198 _
0J97_
-W-343 TYPE S
D789 ~ 017
16783-18 _
0617 -4
0638-4 _
>6351 _
0618-13 _
>8356 _
)8354 _
>8355 _
1 6353
>6783-20 _
0958 -001
0857-1 _
0769-024
1010769-022
101 0789 -016
373 8 - 5 _
0770-Z
812-3
812 -2 _
__ 6783-19 _
TTT0I0 823-3 _
6 MS35649-44
± MS35338-78
6_ MS 15795- 803_
3 MS2467I -3 _
I 1008352 _
6 1006783-95
I )0i07/9- 4 _
I 1010779-17 _
I 1010930-013
1 IQIC8I9-I_
2 1008171 _
2_ 1010628-14 _
12 1010618-3 _
4 I0I0779-H _
I 1008670
WASHER, FLAT (|8?700fe-Q^4)
S PACER. NYLON
WIRING OIAGRAM _
WiRiNG DIaoRAM
WIRING OIAGRAM
WIRE. COPPER 26 GAUGE
' WIRE. ELEC STRANDED,INSUL4
' SCREW, BUTTON HEAD _
' NuT-HEX,SELF LOCKING
' TERMINAL - LU6 _
' BRACKET, CONNECTOR
' screw,button hd, sel* - lock
' terminal board, insep assy
' terminal BOARD, INSEP AS SY
' TERMINAL BOARD, INSEP ASSY
' BRACKET, CONNECTOR _
' SCREW. BUTTON HEAP _
" PLUG. PROTECTIVE
' CONNECTOR.RECEPTACLE ELE< _
W IPE,ELEC STRANDED, INSULATED
WIPE, ELEC STRANDED, INSULATED
' wlRE.ELLC STRANDED. INSULATED
" CONTACT. CRIMP TYPE _
' CONTACT, SOCKET _
' SEAL_
SEAL_
SCREW. BUTTON HQ _
' CONNECTOR.PLUG. ELEC _
' NUT, PLAIN HEX _
' WASHER. LOCK _
' WASHER,FLAT
' SCREW, FLAT HD _
' BRACKET. CONNECTOR _
' SCRE W, BUTTON HD _
' CONNECT OR , PLUG ELEC _
' C ONNECTOR, PLU6 ELEC _
' CONNECTOR,RECEPTACLE ELEC
" CO NNECT OR, Pit G ELEC _
BUSHING. CONNECTOR _
SCREW,FLAT HD.SELF LOCKING
" SCREW, BUTTON HD, SELF LOCKING
" CONNEC TOR,PL UG ELEC _
FRAME_~
I
_ 1-0311-02 i|-CI
I UNLESS OTHERWISE SPECIFIED |
) TOLERANCES ON ~« ■»
FRACTIONS DECIMALS ANGUS ORANN X
*— *-005 *-
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
FRAME ASSEMBLY
SIGNAL CONDITIONER
180230 J 1007670
6
MARK 1007660 FOR -Oil ASSEMBLY
AND 1007665 FOR -021 AND
-031 ASSEMBLY -—---
MARK 1007661 FOR -OH ASSEMBU
1007667 FOR -021 ASSEMBLY,
AND 1007668 FOR -031 ASSEMBLY
. 300_
.005
. PLACES
PERMISSIBLE
l.NCAPSULA"
1 EE NOTE 5
MARKIN6 VIEW B-B
SCALE i/i
MARKINS VIEW C-C
SCALE I/I
PERMISSIBLE LIMITS OF
ENCAPSULATION OUTLINE
SEE NOTES 5, 9 AND 20
NOTES:
1. INTERPRET DRAWIN6 IN ACCORDANCE WITH STANDARDS PRESCRIBED B Y MIL-0-70327
2. Partial REFERENCE DESIGNATIONS ARE SHOWN. PREFIX the 0E516NATI0N WITH 30AI.
ffiAuL PI PIN ASSIGNMENTS CONTROLLED BY ICO
3. INSTALL FIND NO. 20 AND FIND NO- 21 PER ND 1002206
4. UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE WITH NDI002069
5- ENCAPSULATE PER NO 1002002. REMOVE FLASHING.
fe. MARK .100/.140 HIGH WHITE CHARACTERS PER NDI0020I9 ANO SERIALIZE PER
NQ 100 2023. CENTRALIZE AS SHOWN
7. AR DENOTES AS REQUIRED
8- FABRICATE PER NO 1002032
9. PIN AREAS OF ALL CONNECTORS TO BE FREE OF ALL ENCAPSULATING COMPOUND
10 TRIM UNUSED WIRES .150 MAX
11 • SOlDER PER ND1002071
12 SECURE HARNESS TO FIND NO. I AS NECESSARY BY STAKIN6 PER ND 1002004. TYPE I
13. COAT THREADS OF FIND NO-3 AND FIND NO. 32 WITH MIL-P-8585 WET ZINC
CHROMATE PRIMER PRIOR TO ASSEMBLY
!4. S2 p ART NO. CONTROLLED BY ICD
15. COMPLETED ASSEMBLE SHALL BE TESTED IN ACCORDANCE WtTW AND SHALL MEET ALL
REQUIREMENTS OF PS 100 7670 FOR THE -Oil CONFIGURATION,PS2016150 FOR THE -021
CONFIGURATION ANO PS 2016151 FOR THE *031 CONFIGURATION.
6. PA NT Alw S-PFACES =SR ND 1002279,USING I0I099E PRIMER AND 1008809*4
=A \T ::\\ECTOR$ AND 3 ;ns t be free OF PAINT.
;7. A”“ER -A NTN6 A\D S’ENCilING A»PlV A COAT OF POLYURETHANE 1008867
“0 A— S-R r ACES PER ,\D 1002292. CONNECTORS AND CONTACTS TO BE FREE
OF PC^Y - R=“nA\E.
18. PRIME AREA USING 1012504 AND ENCAPSULATE PER ND 1002009, METHOD* J,
.010 ABOVE TO .050 BELOW SURFACE OF FRAME.
19. COAT CONNECTOR SOCKET HOLES (WITH AND WITHOUT WIRES) WITH STAKINQ
COMPOUND PER *01002009, METHOD J, LIMITED AMOUNT ALLOWED TO
CONTACT FRAME. SEAL OPENING BETWEEN FRAME AND CONNECTOR USING
NO 1002004, TYPE I.
20. PRIOR TO ENCAPSULATION CLEAN SURFACES WITH FREON AND
ISO-PROPYL ALCOHOL.
21. SEE “CHART A* FOR WIRES WHICH ARE TO BE TWISTED TOGETHER AT ASSEMBLY.
,030 MIN.-
ABOVE HARNESS
FOR POTTING
_J©EI E2 E3 E4(o1
|X O © © ©is
XE6 et/H
30AIJ2K®
PERMISSIBLE LIMI'"S OF —
ENCAPSULATION CL TUNE ,
SEE NOTE 5
-SEE NOTE 19
VIEW SHOWN WITH P0TTIN6 REMOVEI
JF9EIOEIIEI2EI3
1 ® @ © © ©
<J> -n!
o o o ©J®
VIEW A-A
1007670 G il
6
5
2
-Ot! I TWISTED MRlNQ
J2- 3, 02-5 Iu3- 6, J3-2I
J3-I2.J3-3 »4- 5,J4-33
J5-I6, J 5 - i 7 j6-2, -.6-14
J6-3, J6-I7 J6-4, J6- '5
J6- 9,J6-20 J6- 3,J6-I9
J6-I0, J6-II J6-22, J6-23
J6-I2, J6-I3 J6-24, J6-25
J7- 6, >7- 7 j7- 3, w 7- 9
j7-’5, J7-I6 J7- 17, J7- i8
J7- 9, J7-20 P2-I, P2-2
P2-4 , P2 5 P2-7, P2-3
P2-10, P2- II
I I TWISTED WIRING
I. J2-S IJ3-3, J3-I5
>, J3-I3 J 4 -15, J4 - 33
6, J5-I7 J6-2, J6-I4
1, J6-I7 J6- 4, J6-IS
0, J6- II J6- 22. J6-23
2, J6-I3 J6-24.J6-25
3, J6- 20 J6-I8, J6-I9
9, of - 20 j7- J/- c4
, P2-2 P2 - 4, P2-5
\ P2-3 P2- 10. P2-II
-031 | TWISTED WIRING
J 2 - 3, J2-5 J3-8, J3-I5
J3-9.J3-I3 J4-IS.J4-33
J5-I6, J5-I7 J6-2, J6- 14
J6 - 3, J6 - 17 J6-4, u6-!5
J€-10, J6-II J6-22, J6-23
J6- 12, J6-13 J6-24,J6-25
J6- 9, J6- 20 J6-I3, J6 - 19
J 7 -19 , J7-20 J7-23, J7-24
P2-1, P2-2 P2-4, P2- 5
P2-7, P2-8 P2-I0, P2-II
031 ASSEMBLY
J3-I
J 3 - 2
J 3 - 3
J3-4
J 3 - 5
J3-6
J3-7
NOTE lb J3~ b
NOTE 18 J3-9
J3-I0
J^-l l_
J3-I2
NOTE 18 J3-I3
BLK
BRN_
_re|T_
ORN
YE L_
GRN_
BLU
VIO
GREY_
WHITE
WH/ BLK
WH /BRN_
WH/RE D
WH/ORN
WH/YEL
FROM
TO
COLOR
J5 - 1
PI - 110
BLK
J5 -2
J1 -27
BRN
J5 -3
JI-4S
RED
J5 -4
PI-130
ORN
J5 -5
Jl -44
YEL
J5 -6
Jl -24
GRN
J5 -7
Jl -25
BLU
J5 -8
PI -90
VIO
J5 -9
PI-131
GREY
J5 -10
Jl -1
WHITE
J5 -II
Jl -2
WH/BLK
JS -12
Jl- 23
WH/BRN
J5 -13
J 1 - 3
WH/RED
JS -14
E 3
WH/ORN
J 5 -15
E 7
WH / YEl
J5 -16
E 15
WH /GRN
J 5 -17
EIO
WH /BLU
J5 -18
E 13
WH / VIO
J5 -19
PI-108
WH / GREY
J5 -20
Jl -26
_ WH/0L K / BR
_J 4 -25
J4-26
J4 -27
J4 -28
J4 -29
J4 -30
J4 -31
J4 -32
NOTE 18 J4—33
J4 -4
Jl -63
ORN
NOTE ie
J4-5
J1 -64
YEL
J4 -6
PI -61
GRN
NOTE 18
J4 -7
Jl-S
BLU
1
J4-8
PI -45
VIO
1
J4 -9
J1 -69
GREY
NOTE 18
J4 -10
PI-44
WHITE
J4 — I |
PI-63
WH/BLK
J4 -12
PI-79
WH/BRN
J 4 -13
Jl —67
WH/REO
J 4 -14
E 27
WH/ORN
J4 -15
E 9
WH / YEL
J4 -|6
E 27
WH / GRN
J4 -17
Jl - 80
WH / BLU
J4 -18
PI -51
WH/ VIO
J4 -19
FI - 59
WH / GREY
J4-20
E 4
WH / BLK / eRN
J4 -21
PI - 60
WH/BLK/REO
J4-2 2
P I -62
WH/BLK/ORN
J4 -23
E 20
WH/BLK / YEL
J4-24
Jl 85
. WH/BLK/GRN
WH/6LK/BLU
WH /BLK/ VIQ
WH/BLK/GREY
WH/BRN/R ED
WH/BRN/QRN ~
WH/BRN/YEL
WH/6RN/GRN
WH/BRN/BLU ~
WH / BR N/ V IQ
WH / BRN /GR EY
WH/RED/ORN
WH/RED/YEL
WH/fi EP/GREY
WH /QRN / YEL
WH/QRN /GRN NOTE 18 "
WH/QRN/BLU NOTE 19 ‘
WH/QRN / VIQ "
WH/QRN/GREY
WH/ YEL/GRN NOTE 18 ~
WH/ YEL/6LU NOTE 18
WH / YEL / VIO
WH/YEL / 6REY
WH/GRN/BLU
WH/GRN/ VIO
WH/B LK/ RED
WH/BL K / ORN 1
W H/BLK/YEL~
WH/BLK/BLU
BLK _
BRN _
RED _
ORN _
YEL _
GRN _
BLU _
VIO _
GREY _
WHITE _
WH/BLK
WH/BRN
WH/RED
WH/ORN
WH/YEL
WH / GRN
WH / BLU
WH / VIO
WH / GREY
WH/BLK/BRN
WH/BLK/RED
WH /BLK / ORN
WH/BLK/YEL
WH/BLK/CRN
WH/6LK/6LU
BLK _
_ jBRN_
RED __
ORN _
YEL _
GRN _
BLU _
VIO _
GREY _
WHITE _
WH/BLK
WH/BRN
WH / REP
WH/ORN
WH / YEL
WH / GRN
WH / 6LU
WH / VIQ
WH/GREY
WH/BLK /BRN
WH/BLK/RED
WH/eLK/ORN
WH/BLK/YEL
WH/BLK/GRN
WH/BLK/BLU
5
JUMPER LIST
r
WIRING DATA
- 021 ASSEMBLY
_ x
WIRING DATA
FROM
TO
FJLtJ. _
P 2 - 2
P2 -4
P2 - 5
P2 -7
P2 -8
P2 - 10
P 2 - 11
P2-I3
Jl - 6
Jl -10
Jl -II
Jl -12
Jl - 48
Jl -49
Jl ~5fe
Jl -65
Jl -68
Jl - 81_
Jl -82
Jl — 83
JI — 106
Jl -107
Jl -127
Jl- I2e
JI — »29
E 3
E 7
E 9
E 13 _
El 4_
E 18
E 2 3
E2S
E 26_
E 28
E 30
E29
E22
E 17
E 21
' PI-SS
PI - 66
PI - 101
PI-100
FI - I 19
PI -120
E4 _ ‘
E 8
_E2S_
E 20
IHA55IS GRP
E 9
EI4
E 8
E 4
E 19
£22
E 26
E 13
_E 3_
E 7
FI-86
Pi - 52
PI -69
_E 22
PI-68
_E 2 3_
E 30
EIO
_E 29_
£j.5_
CHASSIS GRP
E 24
E17
E 27
E 29
E3I
PI-72
PI-71
E18
E22
COLOR
FIND NO.
REO
YEL
REO
YEL
RED
YEL
YEL
YEL
BLK
CRN
BLK
GRN
GRN
GRN
GRN
GRN
GRN
GRN
GRN
G RN
CRN
GRN
GRN
GRN
GRN
GRN
GRN
GRN
BUS
GRN
BUS.
BLK
BUS
BLK
BUS
BUS
BUS
GRN_
CRN
BUS
BUS
37
37
37
22
22
24
23
24
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
38
23
36
24
38
24
38
38
38
23
23
38
38
FROM
TO
COLOR
FROM
TO
COLOR
J2 - 1
Jl -93
BLK
J 5 - 1
pi - no
BLK
J2 -2
Jl-106
BRN
JS -2
J1 - 31
BRN
NOTEM
J2 -3
E 9
RED
J5 -3
Jl -30
REO
J2 -4
Jl-107
ORN
JS -4
PI-130
ORN
NOTE 18
J2 -5
EI4
YEL
J5 -5
Jl -40
YEL
J 2 —6
E 18
GRN
J5 -6
JI-29
GRN
J2 -7
E 7
BLU
J5 -7
Jl -28
BLU
J2 -8
E 3
VIO
J5 -e
PI-90
VIO
J2 —9
PI-87
GREY
J5 -9
PI-131
grey
J2 -10
ji -ioe
white
J5 -10
Jl -14
WHITE
J2 -ll
E 13
WH/BLK
J5 -II
J l - 3
wh/blk
J2 -12
PI-105
WH / BRN
J5 -12
Jl -1
WH/BRN
J2 -13
Jl -94
WH/REO
J5 -13
—jr^s—
WH/RED
J 2 -J±,
Jl -95
WH / ORN
JS -14
E 3
WH/ORN
J2 -15
PI -127
WH / YEL
J5 -IS
E 7
WH/YEL
NOTE 18
J5 -16
E IS
WH/CRN
NOTE 18
JS -17
EIO
WH / ELU
J5 -18
E 13
WH / VIO
J5 -19
pi -ioe
WH ✓ GREY
J5 -20
Jl -16
WH/BLK/BRN
J5 -21
Jl-17
WH/BLK/RED
J3 — 1
E 17
BLK
J5 -22
PI -91
V/H/6LK/0RN
J3 -2
BRN
J5 -23
-i -15
WH/BLK/YEL
NOTE 18
J3-3
£1
RED
J5 -25
E 17
WH/BLK / BLU
J3-4
Ji -90
ORN
J3 -5
J1 -104
YEL
J3 -6
JI-92
GRN
J3 -7
J1-102
BLU
J3 -8
Jl *88
VIO
NOTE 18
J* -9
Jl - 45
J3 -10
PI-56
WHITE
J3 -II
PI-22
WH / BLK
J3 -12
PI-20
WH / BRN
J6 - 1
EI8
BLK
NOTE 18
J3 -13
J1 -55
WH / RED
NOTE 18
J6-2
Jl -58
BRN
J3 -14
pPSB
WH /CRN
NOTE (8
J6 -3
P2-I5
REC
NOTE IS
J3 -15
£5
WH/YEL
NOTE 18
J6 -4
P2-I8
ORN
J3 -16
El9
WH/GRN
J6 -5
E 28
YEL
J3 -17
E20
WH / BLU
J6 -6
PI-35
GRN
J3 -IB
Pl-40
WH/ VIO
J6 -7
PI- 18
BLU
J6 -8
PI -17
VIO
NOTE 18
J6-9
P2-I6
GREY
J6 -10
Jl- 51
WHITE
J6 -II
Jl - 50
WH / BLK
J6 -12
Jl -60
WH / BRN
J6 -13
Jl -61
WH / RED
J6 -14
J1 -59
WH / ORN
J 4 -1
£32
BLK
NOTE 18
J6 -15
P2- 19
WH / YEL
J4 -2
JI-20
BRN
J€ -16
E7
WH/CRN
J4 -3
E 32
REO
NOTE 18
J6 -17
P2-I4
WH / BLU
J4 -4
J1 - IS
ORN
1
J6 -18
E 10
WH / VIO
J4 -5
Jl -4
YEL
1
J6 -19
E 15
WH /GREY
J4 -6
PI -61
GRN
NOTE 18
J6 -20
P2-I7
WH/BLK /BRN
J4 -7
Jl -66
BLU
J6 -21
E24
WH/BLK/RED
J4 -8
PI -45
VIO
NOTE 18
J6 -22
01-44
WH/BLK / ORN
J4 -9
JI-46
GREY
1
J6 -23
Jl 43
WH/BLK / YEL
J 4 -10
PI - 44
WHITE
1
J6 -24
JI-33
WH/BLK /GRN
J4 -II
_PI -63_
WH / 6LK
NOTE 18
J6 -25
JI-32
WH/BLK/BLU
J4 -12
PI -79
WH / faRN
J 4 -13
JI-13
WH / RED
J 4 -14
E 27
WH / ORN
NOTE K
J4 -15
E 9
WH / YEL
J 4 -16
E 27
WH/GRN_
J 4 -17 ^
J1 - 3 8
_WH / BLU_
J 4 -18 ^
PI-51
WH / VIO
J4 -19
PI-59
WH /GREY
J4 -20
E4
WH/BLK/BRN
J7 - 1
E 25
BLK
J4 -21
Fl -60
WH / ELK / RED
J7 -2
E 31
BRN
J4 -22
PI -62
WH/BLK/ORN
J7 -3
£24
RED
J4 -23
E 20
WH / BLK / YEL
J 7 — 4
£29
ORN
J4 -24
JI-IO
WH/BLK/GRN
J7-5
PI-107
YEL
J4 -2.5
Jl -12
WH/ BLK / BLU
J7 -6
J 1 —70
GRN
J4 -Z6
E 26
WH/ BLK / VIO
J7 -7
Jl -71
BLU
J4 -27
Jl -11
WH/ BLK /GREY
J7 -8
J 1 -83
VIO
J4 -28
E 26
WH/ BRN / RED
J7 -9
JI-72
GREY
J4 -29
E 27
WH/ BRN/ORN
J 7 -10
PI- 128
WHITE
J4 -30
jl -42
WH/ERN/YEL
J 7 - 11
PI-89
WH / BLK
J4 -31
PI-50
WH/ BRN / SRN
J 7 -12
E 21
WH / BRN
J4 -32
PI -46
WH /BRN/BLU
J 7 -13
JI-35
WH / RED
NOTE 18
J4 -33
E 14
WH/ eRN / VIO
J7-I4
PI -88
WH / ORN
J4 -34
JI-37
WH/ BRN /GREY
J 7 -15
Jl - 96
WH / YEL
J4 -35
PI -15
WH/ RED /ORN
J7 -16
Jl- 82
WH/CRN
J4 -36
E 25
WH/ RED/YEL
J7-I7
£19
WH / BLU
J4 -40
E 2 3
WH/ REO /GREY
J 7 -18
Jl- 105
WH / VIO
J4 -41
E 23
WH/ ORN/YEL
NOTE 18
J7-I9
£ IS
WH / GREY
J 4 -42
E 30
WH / ORN /CRN
NOTE 18
J 7 - 20
E 10
WH / BLK / BRN
J4 -43
E 30
WH/ORN/BLU
J7-2I
£20
WH/BLK/RED
J 4 -44
Ji-53
WH/ ORN / VIO
J7-2 2
PI-39
WH /BLK/ORN
J 4 -45
E 21
WH/ ORN /GREY
NOTE 18
J7-23
E 5
WH / BL K / YEL
J4 -46
Pl-SS
WH/YEL/GRN
NOTE 18
J 7 —24
E l
WH/BLK/CRN
J4 -47
E 21
WH/YEL /BLU
J7-25
F E 31
WH/BLK/BLU
J4 -48
JI-49
WH/ YEL / VIO
J4 -49
J 1 - 48
WH / YE L /GREY
J4 -50
Jl -47
WH/GRN/6LU
J4 -51
PI -34
WH / GRN /VIO
FkGM
P2 - i
P2-2
P2-4
P2 - 5
P2 -7
P2 5
P 2 - 0 1
P2-H 1
P2- i3
Jl -5
Jl -6
J 1 - 7
J 1 - 8
J 1 - 9
J 1 - 19
Jl - 21
Jl- 23
Jl - 65
Jl - 73
J 1 - 84
J 1 - 85
J 1 - 97
J 1 - 96
J1-103
E3
E7
E 8
E 9
EI3
E !4
E18
E2I
E 22
E 23
E25
E26
E28
E29
E 30
E 31
EI7
1007670
C*
MARK t007660 FOR -Oil ASSEMBLY
AND 1007665 FOR -021 AND
-031 ASSEMBLY -—-,-
1007662
o.
I
MARK 1007661 FOR -Oil ASSEMBU
1007667 FOR -021 ASSEMBLY,
ANO 1007668 FOR -031 ASSEMBLY
I / .
! / v !
I
.(too I
.U05 |
2 PLACES!
FERMISSie|
t NCA^^UL4
LEE NOTE]
MARKIN6 VIEW B-B
SCALE l/l
MARKIN6 VIEW C~C
SCALE i/i
■ PERMISSIBLE LIMITS OF
ENCAPSULATION OUTLINE
SEE NOTES 5, 9 AND 20
NOTES:
I. INTERPRET DRAWIN6 IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2? partial reference deS'Gnations are Shown, prefix the designation with 30ai.
GJAlL pi pin assignments controlled by ICO
'3. INSTALL find no. 20 AND FIND NO. 21 FER ND1002206
4. UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE WITH NDI002069
5- ENCAPSULATE PER NDI002002. REMOVE FLASHING.
6. MARK .100/.140 HIGH WHITE CHARACTERS PER NDI0020I9 ANO SERIALIZE PER
NO 1002023. CENTRALIZE AS SHOWN
7. AR DENOTES AS REQUIRED
8- FABRICATE PER NO 1002032
9. PIN AREAS OF ALL CONNECTORS TO BE FREE OF ALL ENCAPSULATING COMPOUND
10- TRIM UNUSED WIRES .150 MAX
II. SOl-DER PER ND1002071
12. SECURE HARNESS TO FIND NO. I AS NECESSARY BY STAKING PER NO 1002004, TYPE I
13. COAT THREADS OF FIND NO-3 AND FIND NO. 32 WITH MIL-P-8585 WET ZINC
CHROMATE PRIMER PRIOR TO ASSEMBLY
14. 0 PART NO. CONTROLLED BY ICD
15. COMPLETED ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH AND SHALL MEET ALL
REQUIREMENTS Of PS 1007670 FOR THE -Oil CONFIGURATION,PS2OI6IS0 FOR THE -021
CONFIGURATION ANO PS 20161*1 FOR THE -031 •
16. PAINT ALL SURFACES p ER ND 1002279,USING 1010992 PRIMER AND 1008809-4 .
PAINT. CONNECTORS AND PINS TO BE FREE OF PAINT.
17. AFTER PAINTING AND.STENCILING APPLY A COAT OF POLYURETHANE 1008867
TO ALL SURFACES PER ND 1002292. CONNECTORS AND CONTACTS TO BE FREE
OF polyurethane.
,030 MIN.
'ABOVE HARNESS
FOR POTTING
J0EI E2 E3 E40
T^eV-t
30AIJ2I®!/ ^!©l
PERMISSIBLE LIMI S OF—.
ENCAPSULATION Ot TLINE I
SEE NOTE 5 *=-:
-SEE NOTE 19
VIEW SHOWN WITH POTTIN6 REMOVED
»EIOEII EI2EI:
GOO®
?(o)™ ^ -CoP
I O © ©
ILdt;
18. PRIME AREA USING 1012504 AND ENCAPSULATE PER NDI002009, METHOD J,
.OIO ABOVE TO .050 BELOW SURFACE OF FRAME.
19. COAT CONNECTOR SOCKET HOLES (WITH AND WITHOUT WIRES) WITH STAKING
COMPOUND PER NDI002009, METHOD J, LIMITED AMOUNT ALLOWED TO
CONTACT FRAME. SEAL OPENING BETWEEN FRAME AND CONNECTOR USING
NDI002004, TYPE I.
20. PRIOR TO ENCAPSULATION CLEAN SURFACES WITH FREON AND
ISO-PROPYL ALCOHOL.
21. SEE ‘CHART A* FOR WIRES WHICH ARE TO BE TWtSTED TOGETHER AT ASSEMBLY.
22. "BONO PINO NO.43 TO FIND NO 31 PER N©”l002004 TYPE l
VIEW A-A
100767OIhITI
REPLACES WORD DRG ,
.REV B PER TORf ? 2S2»* 1
REVISION STATUS CHANGED /
REVISED PEP TPBB g/«3S *
REVISE D PER TD RR 5 7791
REVISED PER TDRR 29597 '
Revised pg? TDRR 3>Bo/ ’
KDCD
SEE NOTE 6
7 PLACES
MASTER KEYWAY -
✓_ —
30 AI Pill
PERMISSIBLE LIMITS OF
ENCAPSULATION OUTLINE
SEE NOTES 5 AND 20
/ t •
/ V *
/ \ I
.000 _
.005 : 7^
2 PLACES
PERMISSIBLE LIMITS OF
ENCAPSULATION OUTLINE )
SEE NOTE 5 /
>007 221_
1007222
>006776 -22
I0067SS -4
1008332
1006783-20
WIRING DIAGRAM_
WR'NS DIAGRAM_
sleevin oT insulation
Capacitor samfd _
SPACER," NYLON _
SCREW, BUTTON HEAP
. I * >. CM
V ' CL
(O) _ (0)1
\ -9 JW'.
<o) co y
-APPLICABLE OASH NUMBER
I0AIJ7
30AIJ6
> r
to • •
% U
< o
W CO
^ N a
<02
cr o \
u_ — c n
PERMISSIBLE LIMITS OF —
ENCAPSULATION OUTLINE
SEE NOTE 5
>8Y2ST I9T.6
MriBapaEiim
BiBa^ESHE
0198 _
0197 _
-W-343 TYPE S
0789 ~ 017
0 06783-18 _
0617 -4 _
0638-4 _
>6351 _
0618-13 _
)8356 _
)8354 _
) 8 355 _
>8353 _
0 06783-20
0958-001
0857-1 _
0789-024
0789-022
w.0789 -016_
I WITH POTTING REMOVED
.5T27Y39Y40)
© REPLACES WORD DWG
REV B
264 240 264 240 240 1OIQ738-S
19 15 15 15 12 I0I077Q-2
— I — I I I0IP8I2-3
_2_|_2_!_I 10)0812-Z
- 2 - 2 2 IQQ6783-I9
i_J_I 1010823-3
6 _J_6_6_6 MS35649-44
. * 6 _6_6_6_6 MS35338 - 78
~V~ 6 _6_6_ 6 MS 15795- 803
8 _8 8 8 IMS2467I -3
- _J_-_j_I 1008352 _
~~6~ 6 6 _6_6_ 1006783-95 _
I_|_|_j_l_ I0i0779- 4
1 _J_|_j_I 1010779-17
~T~ _J_I_I_I 101 0930-013
BSEE NOTE 14 _J_j_l_ I _J_ J0IO8I9H_
2 _2_2 ~ 2 >008 171_
~T~ 2 2 2 2 1010628-14
\Z 12 12 12 12 1010618-3
~~4 4 _4_ 4 4 >010779-11
~T~ I_j_I | >008670
OTY* ft*TY ATY RTV QT y PAHT OR
»CQ «£R _ IOCWTIFYIWG I
_ -051 -0411-0311-021 ^11
.UNLESS OTHERW,* SPCa«D ^^
DIMENSIONS ARC M MCMCS Cm . h i . mi
TOLERANCES ON ~ ■* rf, j - "TSSL-
FRRCTIOM DECIMALS ANGLES DRAWN ft jUl . ft/jJJ
*.005 *-
WIRING DIAGRAM _
WIR1N6 DIAGRAM _
WIRING DIAGRAM _
WIRE. COPPER 26 GAUGE _
WIRE.ELEC STRaNDEO.INSULATED
SCREW. BUTTON HEAD _
NuT-HEX,SELF LOCKING _
' TERMINAL - LUG
" bracket, connector __
' SCREW,BUTTON HD, SELF LOCKING
' TERMINAL BOARD, INSEP ASSY _
" TERMINAL BOARD, INSEP ASSY
■ TERMINAL BOARD, 'NSEP ASSY _
' BRACKET, CONNECTOR _
" SCREW, BUTTON HEAD
" PLUG, PROTECTIVE _
" CONNECTOR.RECEPTACLE ELEC
" WIPE, ELEC STRANDEO, INSULATED
' WIPE, ELEC STRANDED, INSULATED
WIRE, ELEC STRANDED. INSULATED
" CONTACT, CRIMP TYPE _
" CONTACT, socket _
' SEAL __
S EAL _
SCREW. BUTTON HD _
" CONNECTOR.PLUS. ELEC _
" NUT. PLAIN HEX _
" WASHER. LOCK _
" WASH E R. FL AT__
" SCREW. FLAT HD __
" BRACKET. CONNECTOR _
SCREW. BUTTON HD _
CONNECTOR. PLUG ELEC _
“ CONNECTOR. RLU6 ELEC _
" CONNECTOR.RECEPTACLE FlEC
_ CONNECTOR, PLU6 ELEC _
_ BUSHING. CONNECTOR _
SCREW,FLAT HD.SELF LOCKING
” SCREW. BUTTON HD, SELF LOCKING
“ C ONNECTOR.PLUG ELEC _
.FRAME
MANNED SPACECRAFT CENTER
FRAME. ASSEMBLY
SIGNAL CONDITIONER
80230 J 1007670
ill 1C 07670
4
007670 . H
■HJ
Mil
WIRING DATA
-Oil | TWISTED WIRING
J2-3, J2-5 IJ3-6.J3-2I
J3-I2.J3-I3 J4-IS.J4-33
J5- 16, J5-I7 J6-2.J6-I4
J6-3, J6-I7 J6-4.J6-I5
J6-9, J6-20 J6-I8, J6-I9
J6-I0,J6-II J6-22.J6-23
J6I2.J6-I3 J6-24. J6-2S
J7-6, J7-7 J7-8, J7-9
J7-IS. J7- 16 J7-I7. J7-I8
J7- 19, J7-2Q P2-I, P2-2
P2-4, P2-S P2-7, P2-8
FROM
TO
COLOR
J2 " 1
Jl - 91
BLK
J 2 - 2
Jl - 92
BRN
J2-3
E 9
RED
J2-4
Jl- 110
ORN
J2-5
EI4
YEL
J2 -6
E 18
GRN
J2-7
E 7
_ BLU___
J2-8
E 3
VIO
J2-9
PI-87
1 GREY_
J2-I0
Jl -13 2 '
WHITE
J2-II
E 13
WH/BLK _
J2 -12
J2-I3
PI-105
J1 - 109
WH/BRN
WH/re6
J2 -14
Jl-131
WH /ORN
J2 -IS
PI-127
WH/YEL
-0211 TWISTED WIRING
J2-3. J2-5 IJ3-3. J3-I5 I
J3-9. J3-I3 J4-IS.J4-33I
J5- 16, JS-17 J6-2, J6-I4
J6 - 3. J6-I7 J6-4. J6-I5
J6-I0,J6-II J6-22.J6-23
J6- 12, J6-13 J6-24.J6-2S
J6-9.J6-20 J6 -18» J6-19
17-19, J7-?0 J7-?3,J7-24
P2-I. P2-2 P2-4. P2-5
-031 | TWISTED WIRING
J2-3. J2-5 I J3-8. J3-IS
J3-9.J3-I3 J4-IS, J4-33
J5-I6, J5-I7 J6-2. J6- 14
J6- 3, J6- 17 J6-4, J6-I5
J6- 10, J6- II J6-22, J6.-23
J6-I2.J6I3 J6-24.J6-25
J6-9. J6-20 J6-I8.J6-I9
J 7 19, J7 20 J7 23. J7- 24
P2-I, P2-2 P2-4. P2-S
P2-7. P2-8 P2-I0. P2-II
J3-I
E17
BLK
J3-2
E 28
BRN
J3-3
JI-20
REO « •
J3-4
Jl -57
ORN
J3-5
Jl -21
YEL
Ji-6
J1-74
GRN
J3-7
JI-73
BLU
J3-8
El
VIO ■
J3-9
J1-125
GREY
J3-I0
PI-56
WRITE
J3-II
PI-20
WH / BLK
J3-I2
PI-22
_ WH / BRN
J3-I3
J1-124
WH/RED
J3-I4
PI-58
W H / ORN
J3- 15
E5
WH / YEL
J 3 - 16
EI9 •
WH / GRN
J3-I7
E20
WH / BLU
J3-I8
PI-40
WH / VIO
J4-7
JI-5
J4-8
PI -45
J4 -9
JI-69
J4 -10
PI—-44
J4-II
PI-63
J4 -12
PI-79
J4-I3 "
Jl—67
J4 -14
E 27
J 4 —15
E 9
J4 -|6
E 27
J4 -17
JI-80
J4 -18
PI -51
J4 -19
PI 59
J4-20
E 4
J4-2I
PI - 60
J4-22
PI -62
J4 -23
E 20
J4-24
Jl 85
J4 -25
Jl -84
J4-26
E 26
J4 -27
Jl -86
J4 -28
E 26
J4 -29
E 27
J4 -30
Jl -79
J4 -31
PI -50
J4-32
PI -46
J4—33
EI4
J4-34
Jl -98
J4-35
PI-15
J4-36
E 25
J4 -40
E 23
J4 -41 -
E23
J4-42
E 30
J4 -43
E 30
J4 -44
Jl- 78
J4 -45
E 21
J4 —46
PI -55
J4 -47
E2I
J4 -48
Jl -115
BLK _
BRN _
REO _
ORN
YEL
GRN- _
BLU _
VIO _
GREY _
WHITE _
WH/BLK
WH/BRN _
WH/RED
WH/QRN
WH / Y E L
WH / GRN
WH/BLU
WH/ VIO
WH /GREY
WH/BLK / BRN
WH/BLK/R EP
WH/BLK/ORN
WH/BLK / YEL
WH/BLK/6RN
WH/6LK/BLU
WH/BLK/ VIO
WH/BLK/GREY
WH/ BRN/RED
WH/BRN/QRN
WH/BRN/YEL
WH/BRN/GRN
WH/BRN/BLU
WH / BRN/ VIO
WH / BRN /GREY
WH/RED/ORN
WH/REP/YEL
WH/RED/GREY
WH/QRN / YEL
WH/QRN/6RN
WH/QRN/BLU
WH/QRN / VIQ
WH/ORN/GREY
WH/YEL/GRN
WH/YEL/BLU
WH / YEL / VIO
" WH/YEL/GREY
" WH/GRN/BLU
WH/GRN / VIO
-031 ASSEMBLY
_BLK_ _
BRN _
RED _
ORN _
YEL _
GRN _
BLU _
VIO _
GREY _
WHITE _
WH / BLK
WH/BRN
WH/RED
WH/ORN
WH/YEL
WH /GRN
WH / BLU
WH / VIO
WH/GREY
WH/BLK/BRN
WH/BLK/RED
WH/BLK/ORN ;
WH /BLK/YEL
WH/BLK/BLU
JUMPER LIST
"To I COLOR
WIRING DATA
- 021 ASSEMBLY
WIRING DATA
GRN _
BLU _
VIO _
GREY _
WHITE _
WH / BLK
WH/BRN
WH/RED
WH/QRN
WH/YEL
_WH /GRN
WH / BLU
WH / VIO
WH / GREY
WH/BLK/BRN
WH/BL K/RED
WH/BLK/ORN
WH/BLK/YEL
WH/BLK/GRN
WH/BLK/BLU
J 7 - 1
E 25
BLK
J?-2
E 31
BRN
J7 -3
E 24
RED
J7-4
E 29
ORN
J7-S
PI- 107
YEL
J7 -6
Jl -60
GRN
J7 -7
J 1-43
BLU
J 7 —8
Ji-fel
VIO
J7-9
Jl- 77
GREY
”
J7 -10
PI-128
WHITE
J 7 — 11
PI-89
WH/BLK
J 7 —12
E 21
WH/BRN
J7-I3
Jl-66
WH / REO
J 7 —14
Pi -88
WH/ORN
J 7-15
JI-59
WH / YEL
J 7 —16
JI-41
WH/GRN
J 7 -17
EI9
WH / BLU
J 7 —18
JI-19
WH / VIO
NOTE 18 "
J 7 - 19
E IS
WH/GREY
NOTE 18 _
J7— 20
EIO
WH/BLK/BRN
J7- 21
E20^
WH/6LK/RED |
J7-22
WH/eLK/ORN
NOTE 18 "
J7- 23
E5
WH/BLK/YEL 1
NOTE 18 _
J 7 — 24
El
WH/BLK/GRN
J7-2S
E 31
WH/BLK/BLU
E 25
E 20
:hassisgro
E 9
EI4
E 8
E 7
GRN
PI-86
GRN
PI-52
GRN
PI -69
GRN
E 22
GRN
PI -68
GRN
• E 23
GRN
E 30
GRN
EIO
EJ5
E 29
CRN
E IS
BUS
iHASSIS GRO
BLK
E 24
BUS
EI7
BLK
E 27
BUS
E 29
BUS
E3I
BUS
PI-72
GRN
PI-71
CRN
E18
BUS
E22
BUS
FROM
TO
COLOR
”
FROM
TO
COLOR
FROM
T>
J2 - 1
Jl -93
BLK
J 5 - 1
PI -110
BLK
NOTE 18
P2 -1
PI -83
J2 - 2
Jl -106
BRN
J5 -2
Jl - 31
BRN
P2-2
PI -66
J2 - 3
E 9
RED
J5 -3
Jl -30
REO
P2 -4
PI -101
J2 -4
Jl -i07
ORN
JS -4
PI-130
ORN
P2-5
Pi -100
J2 -5
E 14
YEL
J5 -5
J1 - 40
YEL
_
P2-7
PI -H9
J2 —6
E IS
GRN
JS -6
JI-29
GHN
P2-B
PI -(20
J2 -7
E 7
BLU
J5 — 7
J1 -28
BLU
P2 - 10
E4
J2 -8
E 3
VIO
J5 -e
PI-90
VIO
P2 - 11
E€
J2 -9
PI-87
GREY
J5 -9
PI-131
GREY
NOTE 16 _
P2 - 13
E25
J2 -10
ji -ioe
WHITE
J5 -10
Jl -14
WHITE
JI-5
E3
J2-II
E 13
. WH/BLK
J5 -II
J1 - 3
WH/BLK
_
JI-6
EE
J2 -12
Pi -105
WH / BRN
J5 -12
Jl -1
WH/6RN
_
J 1 - 7
El 3
J2 -13
Jl -94
WH/REO
J5 -13
Jl -2
WH/RED
.
Jl - 8
—--
J2 -14
/ Jl -95
WH/ORN
J5 -14
E 3
WH /ORN
.
Jl - 9
El ,
J2-I5
PI -127
WH / YEL
J5 -15
E 7
WH/YEL
JI-19
E<
NOTE 18 "
J5 -16
E IS
WH/GRN
Jl - 21
Ei| _
NOTE 18 _
JS -17
E 10
WH / ELU
JI-23
_
J5 -18
E 13
WH / VIO
Jl - 65
E?.0
~
J5 -19
PI -108
WH / GREY
JI-73
_PJ -52
J5 -20
Jl -16
WH/BLK/BRN
Jl - 84
E< 2
J5 -21
JI-17
WH/BLK/RED
Jl - 85
_PI-69
m
J3-I
E 17
BLK
J3 -2
E*28
BRN
J3-3
El '
REO
J3 -4
Jl -90
ORN
J3 -5
J1 -104
YEL
J3 -6
JI-92
• GRN
J3 -7
J1-102
BLU
J3 -8
Jl -88
VIO
J3-9
Jl -45 '
GREY
J3 -10
PI-56
WHITE
J3 -II
PI-22
j WH / BLK
J3 -12
PI-20
WH/BRN
J3 -13
J1 -55
WH/RED
J3 -14
PI-58
WH/ORN
33 -15
E5 '
WH / YEL
J3 -16
El9 .
WH / GRN
J3 -17
E20
WH / BLU
J3 -18
PI-40 ’
WH/ VIO
J4 -7
Jl-66
J4 -8.
PI -45
J4 —9
J 1 -46
J4 -10
PI-44
J4 -II
PI -63
J4 -12
PI -79
J4 -13
Jl-13
J4 -14
E 27
J4 -15
E 9
J4 -16
E 27
J 4 -17
Jl - 38
J4 -18
PI-51
J4 -19
PI-59
J4 -20
E 4
J4 -21
Pi -60
J4 -22
PI -62
J4 -23
E 20
J4 -24
JI-IO
J4 -2.5 _
Jl -12
J4 —26
E 26
J4 -27
Jl-ll
J4 -28
E 26
J4 -29
E 27
J4 -30
jl-42
J4 -31
PI-50
J4 -32
PI -46
J4 -33
E 14
J4 -34
J1 - 37
J4 -35
PI-15
J4 -36
E 25
J4 -40
E 23
J4 -41
E 23
J4 -42
E 30
J4 -43
E 30
J4 -44
J1—53
J 4 -45
E 21
J4 “46
PI-55
J4-47
E 21
J4 -48
JI-49
J4 -49
J 1 - 48
J4 -50
Jl -47
J4 -51
PI-34
BLK _
BRN _
RED _
ORN _
_YEL_
GRN _
BLU _
VIO _
GREY
WHITE _
WH/BLK
WH / BRN
WH / RED
WH / ORN
_WH /YEL_
_W H / GRN
WH / BLU
WH / V 10
WH / GREY
WH / BLK / BRN
WH / ELK / REO
WH/BLK/ORN
WH /BLK/ YEL
WH / BLK /GRN
WH/BLK/BLU
WH/ BLK /VIO
WH/ BLK /GREY
WH/ BRN/RE D
WH/ BRN /ORN
W H / 6RN / YEL
WH/ BRN /GRN
WH/BRN/ BlU
WH/ BRN / VIO
WH / BRN /GREY
WH/ RED/ORN
WH/RED/YEL
WH/RED /GREY
WH/ ORN/YEL
WH/QRN/CRN
WH/QRN/BLU
WH/ ORN / VIO
WH/ ORN/GREY
WH/YEL/GRN
WH/YEL/BLU
WH/ YEL / VIO
WH / YE L /QRE Y
WH/QRN/6LU
WH/GRN/VIO
WH/BLK/ORN
WH/BLK/YEL
WH/BLK / BLU
J6 -2
Jl -58
BRN
J6 -3
P2-I5
RED
J6 -4
P2-I8
ORN
J6 -5
E 28
YEL
J6 -6
PI-35
GRN
J6 -7
PI-18
BLU
J6-8
PI -17
VIO
J6 -9
P2-IG
GREY
J6-I0
Jl-SI
WHITE
Jte -II
Jl- 50
WH / BLK
J6 -12
Jl -60
WH / BRN
J6 -13
Jl -61
WH / RED
J6 -14
JI-59
WH / ORN
J6 -15
P2- 19
WH / Y E L
J6 -16
E7
WH/GRN
J6 -17
P2-I4
WH / BLU
J6 -18
E 10
WH /VIO
J6 -19
E 15
WH /GREY
J6 -20
P2-I7
WH/BLK /BRN
J6 -21
E24
WH/BLK/RED
J6 -22
JI-44
WH/BLK/ORN
J6 -23
Jl 43
WH/BLK/YEL
J6 -24
JI-33
WH/BLK /GRN
J6 -25
JI-32
WH /BLK/BLU
J7 -8
Jl -83
VIO
J7 -9
JI-T2
GREY
J7-I0
PI- >28
WHITE
J 7 -11
PI-89
WH / BLK
J7 -12
E 21
WH / BRN
J? -13
Jl - 35
WH / RED
J 7 —14
PI -88
WH / ORN
J 7-15
Jl - 96
WH / YEL
J7-I6
Jl - 82
WH/CRN
J7-I7
EI9
WH / BLU
J7-I8
Jl- >05
WH / VIO
j?-ir
E IS
WH /GREY
J 7 - 20
E 10
WH/BLK/BRN
J 7—2 1
E 20
WH/BLK/REO
J7-2 2
PI-39
WH/BLK/ORN
J7-23
E 5
WH/BLK/ YEL
J7-24
E 1
WH/BLK/GRN
J7-25
E 31
WH/6LK/BLU
RFV SH
10 07670 H dt
E7
E)
£8
£ .0
E9
EO
£13
t 9
EI4
t t _
E18
CHAS >IS 61
E2I
E. 2
E22
P -71
E23
E 4
E25
e ?
E26
E, 7
E28
E 29
E29
Pi -72
E 30
E >1
E 31
E 2
EI7
E»
5
f»s*^ «***»■■* ■*-»
• 021 ASSEMBLY
to j COu
Tt - no_‘ blk
Jl-ll BKN '
Jl - 30^ 1 WE q_
T, ,jo ; crm
iTtr -yfir
jf'-29 „ CfiN
I BLU ~
*1-90 VIQ
>1 >4_
•11-3
Jl -I
£3_
EKE
Jl IB
ji »r~
*1 -91
_SLHiff_
WH / 6LW
W H / BAN
kvm T re 0
WM/ORM
, wH/tei _
WH ✓ CRN
W H / BLV I_
E»H / V IQ _
WH/CKCV
‘»H/ QlK / p RW
wh/ feiwVft C 0
WH/frL* f O WN
W* / 6t« ✓ TEL
WM/BLK ^ BLU
I»i - »• _
*1-98
’ >1- »t
*l -17
WH ✓ 8tn
WH / BAN
WH / R£ 0
WH ✓ V C L
WH / pft N
WH / fLU_
WH ✓(R(V
rwH/j k w / j &m
Iwh/ ft m /BCD
I WH/QiLH /o*n
[WH/B t kTvcl
* W H/ BLW /CW N
ji-n_
i*«_-
viQ_
_CWtt_
whiTC
WH / tL«
WH / 0HH_
*~Wh / R£Q
WH / CRH
WH / T£L
WH /C WH
wh /9lW _
WH / V 10_
_WH / CW£V
WH / Bt R / 6* N
‘wh / Bt W / «E 0
WH / BL * / O* N
WH / 6 1 L
~WH / BtW / CRN
WH/feL« 'BLU
IUC7T70
JUMPER LIST
WH/BLK/REO NOTE 18
WH/BLK/ORN
WH /BLK/YEL
WH/6LK/&RN
WH/BLK/BLU
WH/BRN
WH/RED
WH/ORN
WH/YEL
WH/6RN
WH / GREY
WH/BLK/BRN
Wh/BLK/R ED
wh/blk/orn
WH/BLK/YEL
wh/blk/grn
wh/blk/blu
WH/BLK/VIQ
WH/BLK/6REY
WH/BRN/REO
WH/BRN/ORN
WH/BRN/YEL
wh/brn/grn"~
WH/BRN/BLU
wh/brn/vio
WH/BRN/GREY
wh/red7~orn
WH/REQ/YEL
WH/RE0/6REY
WH/ORN/YEL
wh/orn/grn
WH/ORN/BLU
wh/orn/viq
wh/or n/grey
~wh/y e l/gr n
wh/yel/blu _
WH/YEL/VIO
WH/YEL/6REY
- Oil ASSEMBLY
BLK _
BRN _
RED _
ORN _
YEL _
GRN _
BLU _
VIQ _
GREY _
WHITE _
WH/BLK
WH/BRN
WH/RED
WH/ORN
WH/YEL
WH/GRN
WH / BLU
WH/VIO
WH/GREY
wh/blk/brn
wh/blk/red
WH/BLK/ORN
WH/BLK/YEL
wh/blk/blu
BLK _
BRN _
RED _
ORN _
YEL _
6RN _
BLU _
VIQ _
GREY _
WHITE _
WH/BLK
WH/BRN
WH/REO
wh/orn
WH/YEL
_ WH/6RN
WH/ BLU
WH/VIO
WH/6REY
wh/blk/brn
wh/blk/red
WH/BLK/ORN
WH/BLK/YEL
wh/blk /grn
WH/BLK/BLU
J 7- 1
E25
BLK
J7-2
E 31
BRN
J7- 3
E 24
RED
J7-4
E29
ORN
J7- 5
PI-40
YEL
WH/YEL
WH/GRN
WH/BLU
WH/VIO
WH/GREY
WH/BLK/BRN
1
i iLn^i
JUMPER LIST
CHASSIS GRP
E2I
E22
PI-71
E24
E 17
E 19
E29
E 31
E 32
PI -72
E18
il J
TO
COLOR
FIND
PI - 82
RED
37
PI - 65
YEL
PI - 99
REO
37
PI - 98
YEL
PI -118
RED
37
Pi - 117
YEL
E4
YEL
22
E 8
YEL
22
E 25
BLK
24
E3
GRN
23
E8
GRN
23
E27
GRN
2i
E15
* GRN
23
EIO
GRN
23
E 4
GRN
23
E22
GRN
23
E26
GRN
23
El
GRN
23
EG
GRN
23
E5
6RN
' 23
E2
6RN
23
E12
GRN
23
E13
6RN
23
PI -52
GRN
2i
E22
GRN
23
PI-69
6RN
23
PI-68
6RN
23
•PI-86
GRN
23
E 23
GRN
_ ik.
E8
BUS
38
E 30
GRN
23
E 10
BUS
38
Ell
BUS
38
E29
GRN .
23
EI5
BUS
38
E 16
BUS
38
V- nc.ri.AV.c.0 nunu un» U'Vi & I « ,1
_ REV B PER TQRR ZJJZ+4 v ' tP*' 9-**
~D REVISED PER TDRR 25695 *7" ^ 7 2®
E REVISION STATUS CHANGED ■ iK J V- ^
~ REVISION STATUS CHANGED Jj j ^ ' 5 Yc
£ REVISED PER TDRR 29597 £ 14 fL-
"TT REWS/O# STATUS CHRN^e W $C 7
w
4:1
"it-
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES INSTRUI
CAPACITOR VALUES ARC IN / c *“
RESISTOR VALUES ARE IN OHMS ,
TOLERANCES ON DRAWN —£
FRACTIONS DECIMALS MOLES CHECKED f,
-- N^ALE^^S 0 ^*^ H APPKOVED^
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
FRAME ASSEMBLY
SIGNAL CONDITIONER
1 1007700 |
NEXT ASST
ORAWMG NO.
1007670
| SHEET 2 OF 2
► «>•*£** *.
8
7
I
6
5
D
NOTES:
1. INTERPRET DRAWIN6 IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. PARTIAL REFERENCE CESSATIONS ARE SHOWN. PREFIX THE DESIGNATION WITH 30AI.
QJAlL PI PIN ASSIGNMENTS CONTROLLED BY ICD
3. INSTALL FIND NO. 20 ANO FlNO NO. 21 PER NCI002206
4. UNLESS OTHERWISE SPECIFIED ALL WIRING SHALL BE IN ACCORDANCE WITH NDI002069
5- ENCAPSULATE PER NDI002002. REMOVE FLASHING.
6. MARK .100/.140 HIGH WHITE CHARACTERS PER NDI0020I9 ANO SERIALIZE PER
NO 1002023. CENTRALIZE AS SHOWN
7. AR DENOTES AS REQUIRED
8- FABRICATE PER NO 1002032
9. PIN AREAS OF ALL CONNECTORS TO BE FREE OF ALL ENCAPSULATING COMPOUND
10- TRIM UNUSED WIRES .150 MAX
11. SOLDER PER ND1002071
12. SECURE HARNESS TO FIND NO. I AS NECESSARY BY STAKING PER ND 1002004, TYPE I
13. COAT THREADS OF FIND NO-3 AND FIND N0.32 WITH MIL-P-8585 WET ZINC
chromate primer prior to assembly
14. 0 PART NO. CONTROLLED BY ICD
15. COMPLE T SD ASSEMBLY SHALL BE TESTED IN ACCORDANCE WITH AND SHALL MEET ALL
REQUIREMENTS OF PS 1007670 FOR THE -OH CONFIGURATION, PS 2016150 FOR THE-021 AND 041
CONFIGURATION AND PS 2016151 FOR THE -031 AND-051 CONFIGURATION.
16. PAtNT ALL SJR CA/ :CC 9 1002279,USING 1010992 PRIMER AND 1008809-4*
PAINT. CONNECTORS AND PINS TO BE r REE OF PAINT.
17. AFTER PAINTING AND STENCILING APPLY A COAT OF POLYURETHANE 1008867
TO All SJR s ACES PER ND 1002292. CONNECTORS AND CONTACTS TO BE FREE
OF polyurethane.
IB. PRIME AREA USING 1012504 AND ENCAPSULATE PER ND 1002009, METHOD J,
.OIO ABOVE TO .050 BELOW SURFACE OF FRAME.
19. COAT CONNECTOR SOCKET HOLES (WITH AND WITHOUT WIRES) WITH STAKING
COMPOUND PER >101002009, METHOD J, LIMITED AMOUNT ALLOWED TO
CONTACT FRAME. SEAL OPENING BETWEEN FRAME AND CONNECTOR USING
ND 1002004, TYPE I.
20. PRIOR TO ENCAPSULATION CLEAN SURFACES WITH FREON AND
ISO-PROPYL ALCOHOL.
21. SEE "CHART A* FOR WIRES WHICH ARE TO BE TWISTED TOGETHER AT ASSEMBLY.
22. 'BONO FIND NO.43 TO F/ND
NO 31 PER NO
1002004 TYPE I
MARK 1007660 FOR -Oil ASSEMBLY
AND 1007665 FOR -021 AND
-031 ASSEMBLY -
o
i
O
1.890
1.850
1.330
1.290
/—SEE NOTE 8
1007662
MARKING VIEW B-B
SCALE l/l
.oo:
? M
PERI
E»v:
se:
“T
6
I007670|:t71
8
7
5
3 ^
I 1007670
1 VI
■031 ASSEMBLY
WIRING OATA
-Oil | TWISTED WIRING
J2-3, J2-S I J3-6, J3-2I
J3-I2.J3-I3 J4-I5.J4-33
J5-I6, J5-I7 J6-2, J6-I4
I J6-3, J6-I7 J6-I5
1 J6-9, J6-20 1 J6-I8. J6-I9
|J6-22,J6-23
J6-I2.J6-I3 J6-24. J6-2S
J7-6. J7-7 J7-8, J7-9
J7-TS. J7-I6 J7-I7. J7-I8
J7- 19, J7-20 P2-I, P2-2
P2-4.P2-5 P2-7, P2-8
P2-IO, P2-II_
-0211 TWISTED WIRING
J2-3.J2-5 IJ3-3.J3-I5
|J2-3. J2-5
1 J3-9, J3-TI
I J4-IS, J4-33|
| J5- 16, J5-I7 | J6-2, J6-I4
J6- 3. J6-I7
J6-I0, J6-II
J6-4, J6-IS
J6-22,J6-23
J6-I2.J6-I3 J6-24.J6-2S
J6-9, J6-20 J6-I8, J6-I3
J7-I9, J7-20 J7-23.J7-24
P2-I.P2-2 P2-4.P2-5
P2-7, P2-8 P2-I0. P2-H
-031 TWISTED WIRING
J2- 3, J2-S
J3-9, J3-I3
J3-8, J3-I5
J4-IS. J4-33
J5-IG, J5-I7 J6-2, J6- 14
J6-3, J6- 17 J6-4, J6-IS
J6-22,J6-23
J6-'2, J6-I3 J6-24, J6 - 25
J6-9, J6-20 J6-I8.J6-I9
J7-I9.J7-20 J7-23.J7-24
P2-I, P2-2 P2-4, P2-5
P2-7, P2-8 P2-I0. P2-II
FROM
TO
COLOR
FROM
TO
COLOR
J 2 - 1
Jl -91
BLK
J5 - 1
PI -110
BLK
J2-2
Jl - 92
BRN
J5 -2
Jl -27
BRN
J2-3
E9
RED
J5 -3
Jl -45
RED
J2-4
Jl- 110
ORN
J5 -4
PI-130
ORN
J2 -S
E 14
YEL
J5 -5
J 1 — 4 4
YEL
J2 -6
E 18
CRN
J5 -G
Jl -24
CRN
J2-7
E 7
BLU
J5 -7
Jl -25
BLU
J2-8
E 3
VIO
J5 -8
PI-90
VIO
J2-9
PI-8?
CREY
J5 -9
PI-131
GREY
J2-I0
Jl -132
WHITE
J5 -10
Jl-I
WHITE
J2-II
E 13
WH/BLK
J5 -II
Jl -2
WH / BLK
J2-I2
PI-105
WH / BRN
JS -12
Jl- 2 3
WH / BRN
J2 -13
J1 -109
WH/RED
JS -13
J 1 - 3
WH/RED
J2 -14
Jl -131
WH/ORN
J5 -14
E 3
WH/ORN
J2 -15
PI- 127
WH / YEL
J5 -IS
E 7
WH/YEL
J3-I
E17
BLK
J3-2
E 28
BRN
J3-3
J 1 -20
RED
J3- 4
J1 - 5 7
OKN
J3-5
Jl -21
YEL
J 3- 6
J1-74
GRN
J3-7
Jl-73
BLU
J3-8
El
VIO
J3-9
J1-125
GREY
J3-I0
PI-5 6
WRITE
J3-II
PI-20
WH /BIX
J3-I2
PI-22
_WH / BRH_
J3-I3
Jl-124
WH / RED
J3-I4
PI-SB
WH /ORN
J3- 15
E5
WH / YEL
J 3 - IB
El9
WH / GRN
J3-I7
E20
WH / BLU
J3-I8
PI-40
WH / VIO
WH /GRN
WH /BLU
WH / VIO
WH / GREY
WH/6LK/B RN
WH/BLK/RED
WH/BLK/ORN
WH/BLK/YEL
WH/BLK/BLU
BLK
BRN _
REO
ORN
YEL
GRN _
BLU _
vio _
GREY
WHITE
WH/BL K
WH/BRN
WH/REO
WH/ORN
WH> Y E L
WH / GRN
WH/0LU
WH/ VIO
J6
- 1
EIS_
BLK
NOTE 16
J6
-2
Jl -88
BRN
J6
-3
P2-I5
RED
J6
-4
P2-IB
ORN
J6
-5
E28
YEL
J6
-6
PI-35
GRN
NOTE 18
J6
-7
PI -18
BLU
J6
-8
PI-17
VIO
NOTE 1C
J6
-9
P2-K»
GREY
J6
-10
JI-93
WHITE
J6
-II
Jl-III
WH/BLK
J6
-12
J1 -112
WH/BRN
J6
-13
Jl -94
WH/RED
J6
-14
Jl -70
WH / ORN
NOTE 18 _
J6
-IS
P2-I9
WH/YEL
J6
- 16
E 31
WH / GRN
NOTE 18 "
J6
-17
P2-I4
WH / BLU
1 :
J6
-18
E 10
WH / VIO
1
J6
-19
EIS
WH / GREY
NOTE 18 _
J6
-20
P2-I7
WH/BLK/BRN
J6
-21
£24
WH/BLK / RED
NOTE 18 "
J6
-22
JI-II3
J/H /BLK/ ORN
1 :
J6
-23
JI-96
WH/BLK/YEL
1
J6
-24
JI-95
WH/BLK/GRN
NOTE 18 _
~~ J6
-25
JI-II4
WH/BLK/BLU
J4 -19
PI -59
WH / GREY
J4 -20
E 4
WH / BLK / BRN
J4 -21
PI - 66
WH/BLK/ Ry)
J 7 - 1
BLK
J4-22
PI -62
WH/BLK/ORN
J?-2
E 31
BRN
J4 -23
E 20
WH/BLK / YEL
J7-3
E 24
REO
J4-24
Jl 85
WH/BLK/6RN
J? — 4
E 29
ORN
J4 -25
Jl -84
WH/BLK/BLU
J7-S
PI- 107
YEL
J4-26
E 26
WH/BLK/ VIO
J7 -6
Jl -60
GRN
J4 -27
Jl -86
WH/BLK/GREY
J7 -7
J 1-43
BLU
J4 -28
E 26
WH/BRN/RED
J 7 -8
Ji-fel
VIO
J4 -29
Z 27
WH/brn/orn
J 7-9
Jl - 77
GREY
J4 -30
Jl -79
WH/BRN/YEL
J7 -10
Pl-128
WHITE
J4 -31
PI -50
WH/BRN/GRN
J 7 — II
PI-89
WH/BLK
J4 -32
PI -46
WH/BRN/BLU
J7 -12
E 21
WH/BRN
J4—33
EI4
WH / BRN/ VIO
J7-I3
JI-66
WH / RED
J4-34
Jl -98
WH/BRN /GREY
J7-I4
Pl-88
WH/ORN
J4-35
PI-13
WH/RED/ORN
J 7 -15
JI-59
WH / YEL
J4-36
E 25
WH/RED/YEL
J 7 -16
JI-41
WH / GRN
J4 -40
E 23
WH/RED/GREY
J7-I7
El9
WH / BLU
J4 -41
E23
WH/ORN / YEL
J7-I8
JI-19
WH / VIO
J4-42
E 30
WH/ORN/6RN
NOTE 18 “
J7-I9
EIS
WH/GREY
J4 -43
E 30
WH/ORN/BLU
NOTE 18 “
J7-20
EIO
WH/BLK/BRN
J4 -44
Jl- 78
WH/ORN / VIO
J7- 21
1 E20^
WH/BLK/RED
J4 -45
E 21
WH/ORN/GREY
J7-22
! PI-39
WH/BLK/ORN !
J4 -46
PI -55
WH/YEL/GRN
NOTE 18 "
J7-23
E 5
WH/BLK/YEL !
J4 -47
E 21
WH / YEL /BLU
NOTE 18 _
J7-24
El
wh/blk/grn
J4 -48
Jl -115
WH / YEL / VIO
J 7 - 2 5
ESI
WH/BLK/BLU !
J4 -49
Jl -97
WH/YEL/GREY
J4 - 50
JI-II6
WH/GRN/BLU
J4 - 51
PI-34
WH/6RN / VIO
tmrrw
021 ASSEMBLY
JUMPER LIST
FROM
TO
COLOR F
P2 -4
F2 - S
ft - Z—
P2 -8
P2- 10
P2-II
P2-I3
Jl -fe
Jl -10
Jl -II
Jl -12
Jl -48
Jl -49
Jl -56
Jl -65
Jl —G8
Jl -81
Jl -8 2
Jl - 83
JI-IOG
Jl -107
Jl -127
Jl- 128
JI-129
E 3
E 7
E 9
E 13
El 4 _
E 18
E 23
E2S
£26
E28
E 30
E29
E 22
E 17
E 21
iV-5Y "
PI -66
PI - 101
PI-100
PI - I 19
PI -120
£4
E 8
E25
E 20
IHASSlS GRO
E 9
EI4 _
E 8
E 4
E 19
E 22
E 26
E 13
" E 3
E7
PI-86
PI - 52
‘ PI -69
E 22
PI-68
E 30 _
EIO _
E 29
E'S_
CHASSIS GRO _
E 24 _
E17 _
E 27 _
E 29 _
E3I _
PI-72 _
PI -71 _
E18 "
E 22 "
RE fi_
YEL
REQ
YEL
REQ
YEL
YEL
YEL
BLK
CRN
BLK
GRN
GRN
GRN
GRN
GRN
GRN
GRN
GRN
CRN
CRN
GRN
GRN
CRN
GRN
GRN
GRN
GRN
BUS
CRN
eus_
BLK
BUS
BLK
BUS
BUS
BUS
GRN
CRN
BUS
BUS
t
INO NO.
37
37
37
22
22
24
23
24
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23~
23
23
38
23
38
24
38
24
38
38
38
23
23
38
38
WIRING DATA WIRING DATA .JUMPER
FROM
TO
COLOR
PROM
TO
COLOR
FROM
TO
J2 - 1
JI-93
BLK
J 5 - l
PI-IIO
BLK
NOTE 18
P 2 - I
PI - 83
J2 -2
Jl-106
BRN
J5 -2
Jl-31
BRN
P2-2
PI - 66
NOTE a
J2 -3
E 9
0
J5 -3
Jl -30
RED
P2-4
PI -'O'
J2 -4
Jl-107
ORN
JS -4
PI -130
ORN
P2 - 5
Pi - 100
NOTE 18
J2 -5
EI4
YEL
J5 -5
Jl -40
YEL
P2-7
PI -119
J2 -6
EIS
GRN
JS -6
JI-29
GRN
P2-8
PI - I2C
J2 -7
E 7
BLU
J5 -7
Jl -28
BLU
P2 - 10
E4
J2 -8
E 3
VIO
j5 -e
PI-90
VIO
P2— ! 1
Ee
J2 -9
PI-87
GREY
J5 -9
PI-131
GREY
NOTE 18
P2- 13
E2!
J2 -10
Jl -108
WHITE
J5 -10
Jl -14
WHITE
Jl -5
E3
J2 -ll
E 13
WH / BLK
J5-II
J 1 - 3
WH/BLK
Jl - 6
E6
J2 -12
PI-105
WH/BRN
J5 -12
Jl-I
WH/BRN
J 1 - 7
EI3
J2 -13
Jl -94
WH/REO
J5 -13
ji -2
WH/RED
Jl - 8
EU
J2 -14
Jl -95
WH / ORN
J5 -14
E 3
WH/ORN
Jl - 9
E 9
J2 -15
PI -127
WH / YEL
J5 -15
E 7
WH / YEL
JI-19
E4
NOTE 18
J5 -16
£15
WH / CRN
Jl - 21
E2j:
NOTE 18
JS -17
EIO
WH / ELU
Jl- 23
J5 -18
E 13
WH / VIO
Jl - 65
E2(
J5 -19
PI -108
WH / GREY
Jl-73
PI - 52
J5 -20
Jl -16
WH/BLK/BRN
Jl - 84
E2 i
J5 -21
Jl-17
A/H /BLK /RED
Jl - 85
PI - 69
J3 -1
E 17
BLK
J5 -22
PI -91
WH/BLK/ORN
J 1 - 97
PI- 68
J3 -2
E 28
BRN
J5 -23
Jl -IS
WH/BLK/YEL
J 1 - 98
PI -86
NOTE 18
J3 -3
El
RED
JS -25
E 17
WH /eiK / BLU
J l -103
E«‘i
J3 -4
Jl -90
ORN
E3
J3 -5
JI-104
YEL
E7
EE
J3 -6
Jl-72
CRN
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E? 9
J3 -7
Jl -102
BLU
E9
EIO
J3 -8
Jl -88
VIO
E 13
e;*9
NOTE 18
J3 -9
Jl -45
GREY
E 14
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J3 -10
PI-56
WHITE
E18
CHASSIS 6R0
J3 -II
PI-22
WH / BLK
E2I
e: 2
J3 -12
PI-20
WH/BRN
J6 - 1
EI8
BLK
E22
PI -71
NOTE 18
J3 -13
J1 -55
WH / RED
NOTE 18
J6 -2
Jl -58
BRN
E23
E?:4
J3 -14
PI-S8
WH /ORN
NOTE 18
J6 -3
P2-I5
RED
E25
Ei"/
NOTE IS
J3 -15
E5
WH / YEL
NOTE 18
J6 -4
P2-I8
ORN
E26
E< Z _
J3 -16
El9
WH / GRN
J6 -5
E 28
YEL
E28
E< 3
J3 -17
E20
WH / BLU
J6 -6
PI-35
CRN
E29
Pi -72
J3 -18
PI-40
WH / VIO
J6 -7
PI- 18
BLU
£30
E2> 1
J6 -8
PI -17
VIO
E 31
EC.2
NOTE 18
Jfe -9
P2-IG
GREY
EI7
Eli;.
J6 -10
Jl - 51
WHITE
Jfe -II
Jl - 50
WH / BLK
Jfe -12
Jl -60
WH / BRN
Jfe -13
Jl - 61
WH / RED
J6 -14
JI-59
WH / ORN
J 4 -1
E 32
BLK
NOTE 18
J6 -15
P 2- 19
WH / YEL
J4 -2
J1-20
BRN
Jfe -16
E7
WH/GRN
J4 -3
E 32
REO
NOTE 18
Jfe -17
P2-I4
WH/BLU
J4 -4
J1 - IS
ORN
1
J6 -18
E 10
WH / V 10
J4 -5
Jl -4
YEL
1
Jfe -19
E 15
WH /GREY
J4 -6 1
PI -61
GRN
NOTE Ifl
Jfe -20
P2-I7
WH/BLK/BRN
J4 -7
Jl -66
BLU
Jfe -21
E24
WH/BLK/RED
J4 -8
PI -45
VIO
NOTE 18
Jfe -22
JI-44
WH/BLK /ORN
J4 -9
J 1 -46
GREY
1
Jfe -23
Jl 43
WH/BLK / YEL
J4 -10
PI-44
WHITE
1
Jfe -24
JI-33
WH/BLK/GRN
J4 -II
PI -63
WH / BLK
NOTE Ifl
Jfe -25
JI-32
WH/6LK/BLU
J4 -12
PI -79
WH / BRN
J 4 -13
J1 -13 '
WH/RED
J4 -14
E 27
WH / ORN
NOTE Ifl
_J« -15 _
J4 -16
E 9
WH / YEL_
E 27
WH / GRN
J4 -17
Jl -38
WH / BLU
J4 -18
PI-51
WH / V 10
J4 -19
PI-59
WH /GREY
J 4 -20
E4
WH / BLK / BRN
J7 - 1
E 25
BLK
J4 -2»
Pi -60
WH / ELK / RED
J7 -2
E 31
BRN
J4 -22
PI -62
WH/BLK/ORN
J7 -3
E24
RED
_
J4 -23
E 20
WH /BLK/ YEL
J 7 - 4
E29
ORN
J4 -24
jl-10
WH/BLK/GRN
J7-5
PI-107
YEL
J4 —2 5
jl -12
WH/BLK/ BLU
J 7 - 6
J 1 -70
GRN
J4 -26
E 26
WH / BLK / VIO
J7 -7
Jl -71
BLU
J4 -27
Jl-ll
WH/ BLK /GREY
J7 -8
Jl -83
VIO
J4 -28
E 26
WH/ BRN / RED
J7 -9
JI-72
GREY
J4 —29
£27
WH/ BRN/ORN
J7-I0
PI-128
WHITE
J4 -30
jl-42
WH/BRN/YEL
J 7 -11
PI-89
WH / BLK
J4 -31
PI-50
WH/ BRN / 6RN
J 7 -12
E 21
WH / BRN
J4 -32
PI -46
WH/BRN/ BLU
J7 -13
Jl- 35
WH / RED
NOTE 18
J4 -33
E 14
WH/ BRN / VIO
J 7 —14
PI-88
WH / ORN
J4 -34
J1 - 37
WH/ BRN /GREY
J7-I5
Jl - 96
WH / YEL
J4 -35
PI -15
WH/RED /ORN
J7 -16
Jl- 82
WH/CRN
J4 -36
E 25
WH/ RED /YEL
J7-I7
EI9
WH / BLU
J4 -40
E 23
WH/ REO /GREY
J 7 -18
Jl- 105
WH / VIO
J4 -41
E 23
WH/ ORN/ YEL
NOTE 18
J7-I9
E 15
WH / GREY
J4 -42
E 30
wh/orn /grn
NOTE 18
J 7 - 20
E 10
WH/BLK/BRN
J4 -43
E 30
WH/ORN/BLU
J7-2I
E 20
WH/BLK/RED
J4 -44
J1—53
WH/ ORN / VIO
J7-2 2
PI-39
WH / BLK/ORN
. J 4 -45
E 21
WH/ ORN/GREY
NOTE 18
J7-23
E 5
WH / BL K / YEL
J4 -46
PI-55
WH/ YEL/GRN
NOTE 18
J 7 —24
E 1
WH/BLK/GRN
J4 -47
E 21
WH/YEL /BLU
J7-25
E 31
WH/BLK/BLU
J4 -48
J 1 - 49
WH/ YEL / VIO
J4 -49
Jl - 48
WH/ YE L /GREY
J4 -50
Jl -47
WH/GRN/6LU
J4 -51
PI -34
WH/GRN/VIO
..
—
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1007670
El
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PART NO. DESCRIPTION ' ASS'Y DASH NO. ASS'Y DASH NO. ASS'Y DASH NO
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IN ANY WAY SUPPLIED THE SAID DRAWINGS. SPECIFICATIONS OR OTHER DATA IS
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LICENSINS THE HOLDER OR ANY OTHER PERSON OR CORPORATION. OR CON VET-
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CAPACITOR VALUES ARE IN
RESISTOR VALUES ARE IN OHMS
TOLERANCES ON
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DO NOT SCALE THIS DRAWING
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MIT
INSTRUMENTATION LAB
CAMBRIDGE. MASS.
drawn ^A/iostO
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CHECKED
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LIST OF MATERIALS
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
FRAME ASSEMBLY
SIGNAL CONDITIONER
CODE IDENT NO. SIZE
80230 c
DRAWING NO.
1007670
... T
APPROVEI
MSC
DATE
SCALE
SHEET | OF |
8
7
6
B
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. ENCAPSULATE PER ND 1002126 (METHOD U) USING NO 1006836
3. IDENTIFY WITH PART NO. PER ND 1002019
4. MARK .100/. 140 HIGH BLACK CHARACTERS. LOCATE APPROXIMATELY
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£.
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FROM
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1007671 |A
SEE NOTE 2
NOTES:
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Z. ENCAPSULATE PER ND 1002126 (METHOD II) USING ND 1006836
3. IDENTIFY WITH R*RT NO. PER ND 1002019
4 . MARK .I00/.I40 HIGH BLACK CHARACTERS. LOCATE APPROXIMATELY
AS SHOWN
MARKING VIEW
•30AIJ2
NOTICK - WHEN GOVERNMENT DRAWINGS. SPECIFICATIONS. OR OTHER DATA
ARE USED POR ANT PURPOSE OTHER THAN IN CONNECTION WITH A DEFINITELY
RELATED GOVERNMENT PROCUREMENT OPERATION. THE UNITED STATES GOVERN¬
MENT THERERT INCURS NO RESPONSIBILITY NOR ANY OBLIGATION WHATSOEVER:
AND THE FACT THAT THE GOVERNMENT MAY HAVE FORMULATED. FURNISHED. OR
IN ANY WAY SUPPLIED THE SAID DRAWINGS SPECIFICATIONS OR OTHER DATA IS
NOT TO BE REGARDED BY IMPLICATION OR OTHERWISE AS IN ANY MANNER
LICENSING THE HOLDER OR ANY OTHER PERSON OR CORPORATION. OR CONVEY¬
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CAPACITOR VALUES ARE IN M f
RESISTOR VALUES ARE IN OHMS
TOLERANCES ON .
FRACTIONS DECIMALS' ANGLES
dfc dt ±
DO NOT SCALE THIS DRAWING
MIT
INSTRUMENTATION LAB
CAMBRIDGE. MASS.
DRAWN
CHECKED
APPROVED.
MATERIAL
APPROVED
APPROVED
MIT
4
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
SIGNAL CONDITIONER
ASSY.
CODE IDENT NO.
,80230
SIZE
C
DRAWING NO.
1007700
APPROVED.
MSC
DATE
SCALE
1
SHEET | OF |
APOLLO G&N Specification
PS1007700 REV A
Original Issue Dater'Rfr XAO 4W
Release Authority: TDRR X57V J
Class a Release
CODE IDENT NO. 80230
PROCUREMENT SPECIFICATION
PRODUCT CONFIGURATION AND ACCEPTANCE TEST REQUIREMENTS
SIGNAL CONDITIONER ASSEMBLY
DRAWING NO. 1007700
Record of Revisions
Revision!
Letter
TDRR
No.
Pages
Revised
26587
3 , 4 , 5 , 7 , 11 , 12 ±
77^77
14
MIT
WK
Approvals
NASA
_TM
c
This specification consists of page 1 to 14 inclusive.
APOLLO G&N Specification
PS1007700 REV A
3. REQUIREMENTS
3.1 PERFORMANCE
3.1.1 Continuity. Continuity shall be as specified in Table I.
TABLE I
CONTINUITY
| CONNECTOR 30A1 1
RESISTANCE (ohms)
From
To
From
To
Max
P2-1
Pl-82
Jl-73
Pl-52
1.0
P2-2
PI-65
Jl-97
Pl-68
P2-4
Pl-99
Jl-85
PI-69
P2-7
Pl-118
Jl-98
Pl-86
P2-8
Pl-117
Jl-7
Pl-72
P2-10
Jl-19
Jl-84
Pl-71
P2-11
Jl-6
Jl-21
Pl-71
i!
0
3.1.2 Insulation Resistance. The resistance from each connector pin to the assembly frame
shall be equal to or greater than 100 megohms, except for connector pin 30A1P2-13 which is
<1.0 ohms.
3.1.3 Offset Voltage. The offset voltage shall not be greater than ±40 mvdc at the output pins
of assembly Sections C, D, E, F, I and L specified in Table n. The offset voltage shall not be
greater than 2.5±Q.3 vdc, at the output pins of Section K specified in Table Q.
3.1.4 Scale Factors. The respective scale factors for the assembly sections shall be as
specified in Table II.
3.1.5 Output Ripple. The maximum ripple voltage shall be less than 15 mv at the output pins
of assembly sections C, D, E, F t I and L specified in Table n.
3.1.6 Thermistor Control Circuit. The output voltage of the thermistor control circuit,
assembly section G, shall not be less than 1.85 vdc nor greater than 2.505 vdc at the output
pins specified in Table II.
3.1.7 Input Impedance. The input impedance shall be less than 1 ohm at 800 cps.
3.2 PRODUCT CONFIGURATION
3.2.1 Drawings. The configuration of the assembly shall be in accordance with Drawing
1007700 and all drawings and engineering data referenced thereon.
3.2.2 Weight. The weight of the assembly shall be measured to the nearest tenth of a pound.
3.2.3 Calibration Reference Data. The assembly shall be calibrated in accordance with
Table m. The input or output voltages for the respective input or output voltages specified
in Table HI shall be recorded where applicable. *
APOLLO G&N Specification
PS1007700 REV A
TABLE V
INPUT-OUTPUT PINS AND VOLTAGES
FOR WORKMANSHIP-VIBRATION
Assembly
Section
INPUTS ;
OUTPUTS 1
Input Pins
Connector 30A1
Input Parameters
Output Pins
Connector 30A1
Output Voltage (vdc)
HI I
Lo
Min
Max
Hi
Lo
Min
Max
RBi |
Jl-66
26.0 vdc
30.0 vdc
KBlfl
Ksg
119
5.06
RBI
Jl-18
26.0 vdc
30.0 vdc
QEB
Efig
119
5.06
RsQ
Jl-6
26.0 vdc
30.0 vdc
ESI
4.36
5.06
esh
QB
Jl-6
26.0 vdc
30.0 vdc
Pl-60
ESI
4.36
5.06
B.l
Jl-10
26.95 vdc
29.05 vdc
Pl-45
Jl-23
3.92
B. 2
Jl-12
Jl-23
26. 95 vdc
29.05 vdc
Pl-44
Jl-23
3. 92
B.3
Jl-11
Jl-23
26. 95 vdc
29.05 vdc
Pl-79
Jl-23
3.92
BE^^I
B. 4
Jl-46
Jl-23
26. 95 vdc
29. 05 vdc
PI-63
Jl-23
3.92
B^^^B
B. 5
Jl-13
26. 95 vdc
29.05 vdc
Pl-46
Jl-23
3.92
be^h
C.l
Jl-106
Jl-93
.
7.7 vdc
8.3 vdc
Pl-87
Pi-72
2.485
2.515
C.2
Jl-108
Jl-107
7.7 vdc
8.3 vdc
PI-105
PI-72
2.485
2.515
C.3
Jl-95
Jl-94
7.7 vdc
8.3 vdc
Pl-127
Pl-72
2.485
2.515
D.l
Jl-96
Jl-82
7.35 vac
7.65 vac
Pl-56
Pl-72
2.485
2.515
D. 2
Jl-70
Jl-71
7.35 vac
7.65 vac
PI-40
Pl-72
2.485
2.515
D. 3
Jl-72
Jl-83
7.35 vac
7.65 vac
Pl-20
Pl-72
2.485
2.515
D. 4
Jl-27
Jl-26
7.35 vac
7.65 vac
Pl-70
Pl-72
2.485
2.515
E.l
Jl-3
Jl-2
24.30 vac
1
25.40 vac j
Pi-131
Pl-72
2.485
2.515
E.2
Jl-28
Jl-40
24.30 vac
25.40 vac
PI-130
Pl-72
2.485
2.515
E.3
Jl-30
Jl-31
24.30 vac
25.40 vac
Pl-110
Pl-72
2.485
2.515
E.4
Jl-14
Jl-1
24.30 vac
25.40 vac
PI-90
Pl-72
2.485
2.515
E.5
Jl-29
Jl-15
24.30 vac
25.40 vac
Pl-91
Pl-72
2.485
2.515
E.6
Jl-17
Jl-16
24.30 vac
25.40 vac
PI-108
Pl-72
2.485
2.515
F.l
Jl-61
Jl-51
5.0 vac
5.5 vac
Pl-17
Pl-72
2.485
F.2
Jl-51
5.0 vac
5.5 vac
Pl-18
Pl-72
2.485
By^B
EZBHI
ImSI
Jl-51
5.0 vac
5.5 vac
Pl-35
Pl-72
2.485
KQB
Jl-33
~P1-3 8
Pl-72
2.485
Jl-44 Jl-32
Pl-21
Pl-57
APOLLO G&N Specification
PS1007700 REV A
TABLE V (Continued)
Assembly
INPUTS
OUTPUT
'S
Input Pins
Input Parameters
Output Pins
Connector 30A1
Output Voltage (vdc)
in
Lo
Min
Max
j Hi
Lo
Min
Max
H
Jl-42
Jl-53
19.8 vdc
20.2 vdc
Pl-55
Pl-71
11.35
12.65
I
Jl-35
Jl-6
-26 vdc
-30 vdc
Pl-89
Pl-71
-—“
2.485
2.515
J
j Jl-24
Jl-36
119 vdc
121 vdc
PI-128
_
Pl-71
2.485
2.515
K. 1
1 Jl-33
Jl-32
5.0 vac
5.5 vac
PI-83
PI-66
4.995
5.005
K.2
| Jl-43
Jl-32
5.0 vac
5.5 vac
PI-101
PI-100
4. 995
5.005
K. 3
Jl-44
Jl-32
5.0 vac
5.5 vac
Pl-119
Pl-120
4. 995
5.005
M
1 Jl-59
Jl-58
1. 9 vac
2.1 vac
Pl-107
Pl-71
M r« v T
2.600
U ni
3.200
m nnB
TABLE VI
CONTINUITY
CONNECTOR 30A1 (
| From | j | To
Jl-73
Jl-97
Jl-85
Jl-98
Pl-52
Pl-68
PI-69
PI-86
RESISTANCE (ohms)
Max
1.0
APOLLO G&N Specification
PS1007700 REV A
c. The input voltages shall be adjusted within the ranges specified in Table n to
obtain the outputs specified.
d. The voltage at each pair of Input and output pins specified in Table II shall be
measured.
e. With the input signal level maintained as in d, the phase of the 800 and 3200 cps
inputs shall be shifted by 180.0 # ±1. (f .
f The voltage at each pair of output pins specified in Table II shall be measured.
The scale factor shall be as specified in Table H. Reversing thephaseofto
ac signals shall reverse the polarity of the output.- Reve^lng the polarity of the dc
input signals of Section C, Table II, shall reverse the polarity of the output. The
output voltage shall be within ±100 mv of that before phase or polarity reversal.
4.3.8 Output Ripple. The output ripple test shall be performed as follows-.
a. The operating voltages specified in Table IV shall be applied to the assembly.
b. A 1 megohm ±1 percent resistor shall be connected across each pair of output
pins specified in Table H, except assembly section K which shall have a lOOKfcl
percent load resistor connected across each pair of output pins specified in Table u.
c. The signal voltages specified in Table II shall be consecutively applied to the input
pins- simultaneously the peak-to-peak ripple voltage test appearing across
the corresponding output pins shall be measured. The maximum ripple voltage
shall be as specified in 3.1.5.
4.3.9 Thermistor Control Circuit. With the load connected across the pins specified in
Table II for section G, the outputs for section G shall be as specified in 3.1.6.
4 3 10 Input Impedance. With 20.0±0.2 vdc and a 800±8 cps sine wave with a maximum
peak voltage of 10 volts applied to 30AU1-5 <+) and 30A1J1-6 (-). the impedance measured
at 30AU1-5 and 30AU1-6 shall be less than 1 ohm.
5. PREPARATION FOR DELIVERY
5.1 GENERAL. Preparation for delivery shall be in accordance with Specification ND1002214.
6. NOTES. None.
GWK:efo
i
REVISIONS f°] 7 7 1
SYM
ZONE
DESCRIPTION
DR
CHK
DATE
APPROVED |
A
REVISED PER TDRR 22213
AU
8 SEP
65
B
REVISED PER TDRR 22298
16 SEP
65
0
LIST OF MATERIALS
QTY
PART OR
MATERIAL
NOMENCLATURE OR
FIND
REQD
IDENTIFYING NO.
OR NOTES
DESCRIPTION
NO.
CD
o
o
r~
r~
O
o
B
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
CAPACITOR VALUES ARE IN M f
RESISTOR VALUES ARE IN OHMS
TOLERANCES ON
FRACTIONS DECIMALS ANGLES
dfc ± '±
DO NOT SCALE THIS DRAWING
MIT
INSTRUMENTATION LAB
CAMBRIDGE. MASS.
DRAWN
MATERIAL
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
CHECKED
APPROVED
SIGNAL CONDITIONER
ASSY.
CODE IDENT NO.
80230
APPROVED.
MSC
SCALE
SIZE
C
DRAWING NO.
1007700
| SHEET | OF |
2
1
APOLLO G&N Specification
LSI 007700 REV B
Original Issue Date:2 Jr Ta*j 4u
R elease Authority: TDRRXS7VJ
Class 4 Release
CODE I DENT NO. 80230
PIU)Cl’R EM ENT SPE Cl FICATION
PRODUCT CONFIGURATION AND ACCEPTANCE TEST REQUIREMENTS
SIGNAL CONDITIONER ASSEMBLY
DRAWING NO. 1007700
Record of Revisions
Date
Revision
Letter
TDRR
No.
Pages
Revised
Approvals |
MIT
NASA
mm
A
•*> G .i, ", 11: 13, 1 1 ,V
WK
TM
RfflH
—Li
4<i l
3. •'». 10 . 11, 12 '-‘ 7 **
\VK
ACM
■m
■■
MB
This specification consists of page 1 to 14 inclusive.
NASA/MSC
&AMSA. i * i
K f ; MIT/IL
O'
ACSP
APPROVALS
c o
APOLLO G&N Specification
PS 1007700 Rr!V P
TARLr! V
INPLT-OlTPtT HNS AND VOl.TAGKS
FOR WORKA1ANSiilP-VIBRATION
INPUTS
OCT PL'Ts
I Aoi.-oiwLIy
; Section
Input Pins {
Connector 30A1 1
Input Parameters!
Output A Alio (
Connector 30A1 ;
Output Voltage (vdc)
Hi
! I.o
M i n
Max
Hi
Lo
Min
Max
f A. 1
J1-05
j 31-00 5
20. o vdc
30.0 vdc
Pl-01
Jl-00 1
4.36 |
5.06
A. 2
Jl-4
i Ji-i8
20.0 vtlc
30.0 vdc
■ Pl-62
Jl-18
4.30 |
5. 06
A. 3
Jl-19
i dl-0
20. 0 vdc
30.0 vdc
P! - 59
Jl-6
4.30
5.06
; A. 4
Jl-20
J1 - 0
20.0 vdc
30.0 vdc
Pl-GO
Jl-0
4.36
5.06
; B. 1
Jl-10
' Jl-23
20. 95 vdc
29. 05 vdc
Pi-45 *
Jl-23
3. 92
4.22
; B.2
Jl-12
Jl - 23
20. 95 vdc
29. 05 vdc
PI-44
Jl-23
3. 92
4.22
B.3 !
Jl-11
Jl-23
26. 95 vdc
29. 05 vdc
PI-79
Jl-23
3. 92
4.22
; B.4
Jl-40
Jl-23
20. 95 vtlc
29. 05 vdc
PI-03
Jl-23
3. 92
4.22
B. 5
Jl-13
Jl-23
20. 95 vdc
29. 05 vdc
PI-40
Jl-23
3.92
4.22
C.l
J1-100
Jl-93
7.7 vdc
8. 3 vdc
Pl-87
Pl-72
2.485
2.515
C. 2
Jl-108
Jl-107
7. 7 vdc
8. 3 vdc
Pl-105
Pl-72
2. 4s5
2.515
C. 3
J1 - 95
Jl-94
7. 7 vdc
8.3 vdc
PI-127
Pl-72
2. 485
2.515
D. 1
dl-96
Jl-82
7. 35 vac
7. 05 vac
PI -50
Pl-72
2. 485
2. 515
U. 2
J1-70
Jl-71
7. 35 vac
7. 05 vac
Pl-40
Pl-72
2.485
2.515
I). 3
J] -72
J1-S3
7.35 vac
7. 05 vac
PI-20
Pl-72
2.485
2.515
D.4
dl-27
Jl-20
7.35 vac
7.05 vac
Pl-70
Pl-72
2.485
2.515
B.l
Jl-3
J1-2
19. 30 vac
20. 70 vat-
Pi -131
Pl-72
2.485
2. 515
! F. 2
Jl-28
Jl-40
19% 30 vac-
20. 70 vac
Pi-130 !
Pl-72
2.485
2.515 .
L. 3
dl-30
J1 -31
19 . 30 vac-
20.70 v ac
pi- no
Pl-72
2.485
2.515 ;
K.4
dl-14
Jl-1
19 . 30 vac
20.70 vac
PI-90 '
Pl-72
2.485 j
2.515
L. 5
dl-29
J1 -15
19.30 vac
20.70 ac
Pl-91 j
Pl-72
2.485 :
2.515 i
K.6
Jl-17
Jl-10
19.30 vac
20.70 vac
PI-108 ;
Pl-72
2.485 !
2.315
> F.l
Jl-61
Jl-51
5.0 vac
5.5 vac
Pl-17
Pl-72
2.4b5 |
2.515
F. 2
Jl-00
Jl-51
5. 0 vac
5. 5 vac
; Pi- 1 8
Pl-72
2.485 j
2.515 1
^ F.3
r L. 1
J1 - 50
J1 - 33
^ J1-51
Jl-32
5. 0 vac
5. 0 vac
5. 5 vac
5. 5 vac
PI-35 !
i Pl-38 7
Pl-72
PI -72*
2.183 i
•• A-
2.485
2.515
2.515"
L. 2
dl-43
Jl-32
5. 0 vac
5.5 vac
. Pl-21 I
Pl-72
2.485
2.515
L.3
Jl-44
Jl-32
5. 0 vac |
5.5 vac
i PI-57 |
Pl-72
2.485 '
2.515
1
i G. 1
dl-49
Jl-48
1180 ohms
1280 ohms
1-!~
j Pl-50 i
Pl-71
2.495 j
2.505
G.2
Jl-40
Jl-37
1180 ohms
1280 ohms
i Pl-88 .
Pl-71 :
2. 495
2.505 j
3
2
1
APOLLO G&N Specification
PS1007700 REV C
Original Issue Date:? Jr JXo 4U
Release Authority: TDRRxS?V J
Class a Release
CODE IDENT NO. 80230
PROCUREMENT SPECIFICATION
PRODUCT CONFIGURATION AND ACCEPTANCE TEST REQUIREMENTS
SIGNAL CONDITIONER ASSEMBLY
DRAWING NO. 1007700
Record of Revisions
Date
Revision
Letter
TDRR
No.
Pages
Revised
Approvals 1
MIT
NASA
2/23/66
A
26587
3. 4. 5. 7. 11. 12, 14 £!r
WK
TM
5/3/66
B
28461
3. 5. 10, 11. 12
WK
ACM
5/3/66
C
28462
12
WK
ACM
This specification consists of page 1 to 14 inclusive.
APPROVALS
G, AfET2Cf^£
1
NASA/MSC
71 i mit/il
f h /t i
ACSP
1
5
* " __L _ ~ *.' __L
MOWTION -]
M,
APFRBlAL
0
REPLACES WORD DW6
| REV C PER TDRR 2-1 l+f \
w
CONFIGURATION FOR -021 & >031 ASSEMBLIES
( 5 ) REPLACES WORD DWG
REV C
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED
BY Ml L-D-70327
2. AR DENOTES AS REQUIRED
3. MOUNTING TORQUE FOR FINO NO. 15 TO BE 13-17 INCH POUNDS
4. SERIALIZE PER ND1002023 AND STAMP FIND NO. 14
5. BONO FIND NO. 14 TO FIND NO. 1,2 OR 3 PER ND 1002004 TYPE I
t. COMPLETED /SSEMBLY SHALL BE TESTED IN ACCORDANCE WITH
AND SHALL MEET ALL THE REQUIREMENTS OF RS. 1007700
Tr
hr
10081(59 - 1
WASHER. FLAT
fiir
17
17
17
15
1
1
|
1004628
PLATE. IDENTIFICATION
14
1
i
CONNECTOR,PLUG,ELEC JUMPER
1T“
1
i
1007665-011
COU RESOLVER ASSEMBLY
12
T
1007660-011
COU RESOLVER ASSEMBLY
II
1
i
h T“
I007662-0M
■IrllM-iWWtTHTPinM***
ca
1
i
i
1007664 -Oil
GIMBAL RESOLVER ASSEMBLY
9
1
i
i
SCALER ASSEMBLY
e
1
1007668-OH
OPTICS ASSEMBLY
7
~i~
1007667-011
OPTICS ASSEMBLY
6
T
1007661 -Oil
PIPA ASSEMBLY
5
r
~T
i
1007666 -Oil
TORQUE MOTOR ASSEMBLY
4
i
1007670-031
FRAME ASSEMBLY
3
~~T
1007670 -021
FRAME ASSEMBLY
2
i
1007670-011
FRAME ASSEMBLY
1
QTY
REQO
PART OR
OENTIFYING NO.
NOMCNCLATURC OR
DESCRIPTION
FINO
NO
-Oil
LIST of MATERIALS |
MCNSKMI MK M MCMCS
TOLERANCES ON
00 NOT SCALE IMS 0
MAT TREATMENT
MMTATtON Um
RW WQBWm PTR I FTTFff
MANNED SPACECRAFT CENTER
SIGNAL CONDITIONER
ASSEMBLY
COOE BENT NO*
80230
1007700
APPLICATION
taHEET
M
. - . «* .
'
. -
**■ . .
j
6
_ 1 ___ ! _
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4
&
3
!
2
1
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?IH **• Rusnos* 0’"*R m**'**c*o*R|c * 1
REVISIONS |
_*r*_
NfCtlPTlON
OAT*
»p«K>v»l
J
D
REPLACES WORO DW6
REV C PER TORR ZIZcu
9
- *
1
6>
£
REVISED PER TDRR 21131*
V
\
F
REVISED PER rm 27789
CONFIGURATION FOR -021 & -031 ASSEMBLIES
h n
<2Ly
SIGNAL CONDITIONER
SCALER
10 07663
VN
9
SIGNAL CONDITIONER
PIPA |
IC0766I
V*
SIGNAL CONDITIONER
TORQUE MOTOR
100 7666
S/H
O_
ASSEMBLY
SPECIFICATION
1007700-011
1007700-021
1007700-031
PS 1007700
PS20I6I44
PSZOI6I45
SI6NAL CONDITIONER
C DU RESOLVER
1007660
S/N
|Q
SIGNAL CONDITIONER
IRIG ft PIPA
1007662
S/N
SIGNAL CONDITIONER
GIMBAL RESOLVER
1007664
S/N
4 o Hi
<1
I4) SEE NOTE 4
(D) REPLACES WORD DWG
REV C
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED
BY Ml L-D-70327
2. AR DENOTES AS REQUIRED
3. MOUNTING TORQUE FOR FIND NO. 15 TO BE 13-17 INCH POUNDS
4. SERIALIZE PER NO 1002023 AND STAMP FIND NO. 14
5. BONO FIND NO. 14 TO FIND NO. 1,2 OR 3 PER ND 1002004 TYPE I
fc. COMPLETED ASSEMBLIES SHALL BE TESTED IN ACCORDANCE WITH
AND SHALL MEET ALL THE REQUIREMENTS OF THE APPLICABLE
SPECIFICATION LISTED IN TABLE I.
IJ
■ [l*
£-* M
/£>/£} 0O&
NEXT ASST
USED ON
| APPLICATION |
1008070-7fe
1007665-011
1007660-011
1007668 -OH
1007667-011
1007661 -OH
1007666 -OH
1007670-031
1007670 -021
1007670-011
WASHER, FLAT
SCREW. SOCKET HD
PLATE,IDENTIFICATION
CONNECTQR.PlUG.ElEC JUMPER
CPU RESOLVER ASSEMBLY
CPU RESOLVER ASSEMBLY
I RIG a PIPA ASSEMBLY
GIMBAL RESOLVER ASSEMBLY
SCALER ASSEMBLY
OPTICS ASSEMBLY
OPTICS ASSEMBLY
PIPA ASSEMBLY
TOPGUE MOTOR ASSEMBLY
FRAME ASSEMBLY
FRAME ASSEMBLY
FRAME ASSEMBLY
LIST Or MATERIALS
INSTRUMENTATION LAS
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
SIGNAL CONDITIONER
ASSEMBLY
I u
llfc
1 e
NASA DRAWING NO
*ms
■L
I
’I
-
t
6
S
4
3
2
c REPLACES WORO D#6
<& REV C PER TDRR ' 272 **
G £ REVISED PER TDRR 2113(0 *%£
(a _F_ m/SED PER 7 m 21789 T *g*
Q REVISED PER TOR* 28475 9 g£
CONFIGURATION FOR -021 & -031 ASSEMBLIES
SIGNAL CONDITIONER
SCALER
'007663
VN
SIGNAL CONDITIONER
P.PA (
IC 07661 'J
VN
SIGNAL CONDITIONER
TORQUE MOTOR •
1007666
S/N
_ TABLE I _
ASSEMBLY 1 SPECIFICATION
1007700-011 PS 1007700
1007700-021 PS20I6I44
1007700-031 PS2016I45
SI6NAL CONDITIONER
C DU RESOLVER
1007660
S/N _
SIGNAL CONDITIONER
i IRlG & PIPA
1007662
S/N
SIGNAL CONDITIONER
GIMBAL RESOLVER
1007664
S/N
(D) REPLACES WORD DWG
REV C
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED
BY MIL-D-70327
2. AP DENOTES AS REOU'REO
3. MOUNTING TORQUE FOR FIND NO. 15 TO BE 13-17 INCH POUNDS
4. SERIALIZE PER NO 1002023 AND STAMP FIND NO. 14
5. BOND FIND NO. 14 TO FIND NO. 1,2 OR 3 PER NO 1002004 TYPE I
g. COMPLETED ASSEMBLIES SHALL BE TESTED IN ACCORDANCE w:Th
AND SHALL MEET ALL THE REQUIREMENTS OF THE APPLICABLE
SPECIFICATION LISTED IN TABLE I.
WASHER, Flat _
SCREW, SOCKET HD _
Plate, QFNTinCATiQN
CONNECTOR,PLUG, ElEC JUMPER
CDu RESOLVER ASSEMBLY _
CPU resolver assembly _
IRI6 a PIPA ASSEMBLY _
GIMBAL RESOLVER ASSEMBLY
1 SCALER ASSEMBLY ~
OPTICS ASSEMBLY _
OPTICS ASSEMBLY _
PPA ASSEMBLY _
TQPQUE MOTOR ASSEMBLY _
FRAME ASSEMBLY _
FRAME ASSEMBLY _
FRAME ASSEMBLY_
MANNED SPACECRAFT CENTER
HOUSTON TEXAS
SIGNAL CONDITIONER
ASSEMBLY
pmovAi-
802301 E 1007 700
6
5
4
3
2
1007700
DCBCRIPTION
OATS
tfMOVM.
0
REPLACES WORO DW6
REV C PER TDRR
rs <>n-<
f
me
£
REVISED PER TDRR 27l3(o
w
F
REVISED PER TDRR 27789
JL
REVISED PER TO** 2947S
9-MAY
66
H
REVISED PEA TDAR 3i$0C
[7 H0V
L-Sfe-
i^<sTc
CONFIGURATION FOR -021 ft -031 ASSEMBLIES
E
TAB
LE 1
ASSEMBLY
SPECIFICATION
1007700-011
PS 1007700
1007700-021
PS20IBI44
1007700-031
PSZOIfcl45
1007700-DAI
PS 201614.4.
1007700-051
PS £01*14*
(5) REPLACES WORD DWG
REV C
p
c
B
L INTERPRET DRAWING IN ACCORDANCE WITH STANDAROS PRESCRIBED
BY Ml L-D-70327
2. AR DENOTES AS REQUIRED
3. MOUNTING TORQUE FOR FINO NO. IS TO BE 13-17 INCH POUNOS
4. SERIALIZE PER NO 1002023 ANO STAMP FINO NO. 14
5. BONO FIND NO. 14 TO FINO NO. 1,2,3,17OR 18 PER NO 1002004 TYPE I
ft. COMPLETED ASSEMBLIES SHALL BE TESTED IN ACCORDANCE WITH
AND SHALL MEET ALL THE REQUIREMENTS OF THE APPLICABLE
SPECIFICATION LISTED IN TABLE X-
pp|
r-i
_
—1
—1
100^5 70-051
FRAME ASSEMBLY
>8
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007670-041
FRAME ASSEMBLY
l 1
-rr
X
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T7|
nr
1006070 -76
WASHER, Flm t
16
3l
nr
nr
nr
I00ei67 - 1
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"j—
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“7“
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12
“““
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1007660-6l 1
CDU RESOLVER ASSEMBLY
ll
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1007662-011
IRI6 & PIPA ASSEMBLY
10
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1
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GIMBAL RESOLVER ASSEMBLY
9
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SCALER ASSEMBLY
8
x
Hi
H
1007668 -OH
OPTICS ASSEMBLY
7
T“
X
nr
I007667-0H
OPTICS ASSEMBLY
6
—H
1007661 -OH
PIPA ASSEMBLY
5
T“
“T
nr
1007666-011
TORQUE MOTOR ASSEMBLY
4
MM
—th
1,1
1
(007670 -031
FRAME ASSEMBLY
3
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1007670 -021
FRAME ASSEMBLY
2
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1007670-011
FRAME ASSEMBLY
1
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•tyI
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PEN
3?7
«(•
qty
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PART OR
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NOMENCLATURE OR
DESCRIPTION
FIND
NO
-os.
■-D4«!
-03*
-021
-on
[ LIST OF MATERIALS 1
Ua* n4»tWW T“
rtiA Fr
HOUSTON. TEXAS
SIGNAL CONDITIONER
ASSEMBLY
CODE ©ENT NO
80230
1007700
AmCATOM
MIT APPROVAL-'
[SNEU
B
■ ' f
APOLLO GON Specification 1
PS1007700 REV —
Original Issue Date:* <JX*I 4W
Release Authority: TDRRxYYVf
Class a Release
CODE IDENT NO. 80230
I
PROCUREMENT SPE CIFICATION
PRODUCT CONFIGURATION AND ACCEPTANCE TEST REQUIREMENTS
SIGNAL CONDITIONER ASSEMBLY
DRAWING NO. 1007700
APOLLO GAN Specification
PS1007700 REV —
3. REQUIREMENTS
8.1 PERFORMANCE
3.1.1 Continuity. Continuity shall be as specified in Table I.
TABLE I
CONTINUITY
1 CONNECTOR 30A1 1
RESISTANCE (ohms)
From
To
From
To
Max
P2-1
Pl-82
Pl-52
1 .
0
P2-2
PI-65
wrm
k 68
P2-4
PI-99
■9
69
P2-7
Pl-118
^^B
E9
86
P2-8
Pl-117
19
72
Jl-19
19
' 71
P2-11
Jl-6
P
1-71
1 .
0
8.1.2 Insulation Resistance, llie resistance from each connector pin to the assembly
frame shall be equal to or greater than 100 megohms.
3.1.3 Offset Voltage. The offset voltage shall be not greater than ±40 mvdc at the output
pins of assembly sections C, D, E, F, I, and K specified in Table n. The offset voltage shall
not be greater than 2.5±0.3 mvdc at the output pins of section L specified in Table n.
3.1.4 Scale Factors. The respective scale factors for the assembly sections shall be as
specified in Table II.
3.1.5 Output Ripple. The maximum ripple voltage shall be less than 15 mv at the output
pins of assembly sections C, D, E, F, Land L specified in Table 1L
3.1.6 Thermistor Control Circuit. The output voltage of the thermistor control circuit,
assembly section G, shall be not less than 1.85 vdc nor greater than 2.45 vdc at the output
pins specified in Table n.
3.1.7 Input Impedance. The input impedance shall be less than 1 (Am at 800 cps.
3.2 PRODUCT CONFIGURATION '
3.2.1 Drawings. The configuration of the assembly shall be in accordance with Drawing
1007700 and all drawings and engineering data referenced thereon.
3.2.2 Weight. The weight of the assembly shall be measured to the nearest tenth of a pound.
3.2.3 Calibration Reference Data. The assembly shall he calibrated bft accordance with -t
Table HI. - The input car output veltages for the respective input er: output voltages^specified in
Table HI shall be recorded.where applicable.
APOLLO G&N Specification
PS1007700 REV —•
4
4
i
1-5 "I
1580 ohms 1680 ohms Pl-50 Pl-71
1580 ohms 1680 ohms Pl-M Pl-71
I
APOLLO GAN Specification
PS1007700 REV —
g. After vibration, the following shall be performed:
(1) The assembly shall be examined in accordance with 4.3.1.
(2) The output signals shall be measured to assure compliance with Table V.
The input signals shall have the same amplitude as the previbration input
signals.
TABLE IV
OPERATING VOLTAGES
CONNECTOR 30A1
PINS
~
FREQUENCY.
VOLTAGE
■ (eps)
Hi
Lo
Jl-5
Jl-6
20. 0±0 .2 vdc
HfV' Q.
Jl-9
Jl-8
28.00*0.28V rms
800.0*0.8
Jl-59
Jl-58
2.0*0. IV rms
3200.0*3.2
Jl-45
Jl-55
28.00*0.28V rms
800.0*0.8
4.3.6 Offset Voltage. The offset voltage test shall be performed as follows:
a. A 1 megohm *1 percent load resistor shall be connected across each pair of output
pins specified in Table V, except assembly section K which shall have a 100K ±1
percent load resistor connected across each pair of output pins specified in Table V.
b. Each input Hi pin specified in Table V shall be connected to its respective Lo pin.
c. The operating voltages specified in Table IV shall be applied to the assembly.
d. The dc voltage across the output pins specified in Table H shall be measured and
shall meet the requirement specified in 3.1.3.
4.3.7 Scale Factor. The scale factor test shall be performed as follows:
a. A 1 megohm *1 percent resistor shall be connected across each pair of output pins
specified in Table H, except assembly section K which shall have a lOOKfcl percent
1 load resistor connected across each pair of output pins specified in Table H.
b. The operating voltages and input signals specified in Tables II and IV shall be
applied to the assembly.
APOLLO GAN Specification
PS1007700 REV-
TABLE V (Continued)
INPUTS
OUTPUTS 1
Assembly
Section
• Input Pins
Connector 30A1
. Input Parameters
' Output
Connectc
Pins
>r 30A1
Output Voltage (vdc)
Hi
Lo
Min
Max
Hi
Lo
Min
Max
H
Jl-42
<11-53
19.8 vdc
20.3 vdc
Pl-65
Pl-71
11.35
12.65
I
J1-S5
Jl-6
-26 ydc
-30 vdc
PI-89
Pl-71
2.485
2.515
J
Jl-24
Jl-33
119 vdc
121 vdc
PI-128
Pl-71
2.485
2.515
K.1
Jl-33
Jl-32
5.0 vac
5.5 vac
Pl-83
PI-66
2.485
2.515
K.2
Jl-43
Jl-32
5.0 vac
5.5 vac
Pl-101
Pl-100
2.485
2.515
K.S
<11-44
Jl-33
5.0 vac
5.5 vac
PI-119
PI-120
2.485
2.515
Settle■» D md B btBvtItigt frequency In 900 epn and sections f and La*^3200 op*.
, - ■ a r , -—- ■ .. ‘ -
TABLE VI
CONTINUITY
CONNECTOR 30A1 RESISTANCE (ohms)
From I To Max
i
■I
!
?
APOLLO G&N Specification
PS1007700 REV—
c. The input voltages shall be adjusted within the ranges specified in Table H to
obtain the outputs specified.
dT The voltage at each pair of input and output pins specified in Table n shall be
measured.
e. With the input signal level maintained as in d, the phase of the 800 and 3200 cps
inputs shall be shifted by 180.0* ±0.5*.
f. The voltage at each pair of output pins specified in Table II shall be measured.
The scale factor shall be as specified in Table H. Reversing the phase of the
ac signals shall reverse the polarity of the output and the dc level of the output
shall be maintained within ±100 mv of that before phase reversal.
4.3.8 Output Ripple. The output ripple test shall be performed as follows:
a. The operating voltages specified in Table IV shall be applied to the assembly.
b. A 1 megohm ±1 percent resistor shall be connected across each pair of output
pins specified in Table n, except assembly section K which shall have a 100K±1
percent load resistor connected across each pair of output pins specified in Table IL
c. The signal voltages specified in Table n shall be consecutively applied to the input
pins; simultaneously the peak-to-peak ripple voltage test appearing across
the corresponding output pins shall be measured. The maximum ripple voltage
shall be as specified in 3.1.5.
4.3.9 Thermistor Control Circuit. With the load connected across the pins specified in
Table n for section G, the outputs for section G shall be as specified in 3.1.6.
4.3.10 Input Impedance. With 20.0±0.2 vdc and a 800±8 ops sine wave with a maximum
peak voltage of 10 volts applied to 30AU1-5 (*) and 30AU1-6 (-). the impedance measured
at 30AU1-5 and 30AU1-6 shall be less than 1 ohm.
5. PREPARATION FOR DELIVERY
5.1 GENERAL. Preparation for delivery shall be in accordance with Specification ND1002214.
6. NOTES. None.
GWKtefo
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WOT TO RE RECAROED ST IHPLICATION OR OT MIRWI SI AS IN A NT MANNER
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5- CONCENTRICITY WITHIN.005 TIR
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FOR INFORMATION ONLY
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DO NOT SCALE THIS DRAWING
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contract
MATERIAL
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SEE NOTE 3
NASA APPROVAL
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it
SEE MOTE 4
MIT APPROVAl
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
TERMINAL,LUG
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NOTICE — WHEN GOVERNMENT DRAWINGS. SPECIFICATIONS. ®R °TMiRDATA
ARE USED FOR ANY PURPOSE OTHER THAN IN CONNECTION WHH A DEFINITELY
RELATED GOVERNMENT PROCURENENT OPERATION. THE UNITED STATES GOVERN-
WENT THEREGV INCURS NO RESPONSISIUTY NOR ANY OGLIGATION WHATSOEVER.
AND THE FACT THAT THE GOVERNMENT MAY HAVE FORMULATED. FURNISHED. OR
IN ANY WAY SUPPLIEO THE SAIO DRAWINGS. SPECIFICATIONS OR OTHER DATA IS
MOT TO RE REGARDED RY IMPLICATION OR OTHERWISE AS IN ANY MANNCR
LICENSING THE HOLDER OR ANY OTHER PERSON OR CORPORATION. OR CONVEY¬
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JSYM
REVISIONS
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2. 2024-T4AL ROD ALT: QQ-A-268 TEMPT4
3. BREAK SHARP ED6ES .010 MAX
4. BLACK SULFURIC ANODIZE PER MIL-A-8625A
TYPEIT EXCEPT USE NICKEL ACETATE SEALER
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PRESCRIBED BY MIL-D-70327
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WENT THERERY INCURS NO RESPONSIRIUTY NOR *^^i«*ufn aN
ANO YHE FACT THAT THE ROVERNMENT NAY HAVE FORMULATED.
IN ANY WAY SUPPLIED THE SAIO DRAWINRS. SPECIFICATIONS OR OTHER DA. A IS
NOT TO RE RERARDED RY IMPLICATIONI OR OTHERWISE AS IN*■£ MAHlUM
LICENSINR THE HOLDER OR ANY OTHER PERRON OR CORPORATION. OR CONVEY-
INR ANY RIRHTS OR PERMISSION TO * BLL
PATENTEO INVENTION THAT MAY IN ANY WAY RE RELATED THERETO.
1008001
REVISIONS CLASS
DESCRIPTION
B TD
DATE
RR 00*21
APPROVAL
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1-2263
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1008012
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±
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DO NOT SCALE THIS DRAWING
MATERIAL
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HEAT TREATMENT
| FINAL FINISH
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QTY
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PART OR
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NO.
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DRAWN
M I T
INSTRUMENTATION LAB
Cambriook. Mam.
no. _ CONTRACT
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FINAL FINISH
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LIST OF MATERIALS
M I T
INSTRUMENTATION LAB
Cammiom, Mam.
CONTRACT_
NASA APPROVAL^
MIT approval!
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HOUSTON, TEXAS
RETAINER, SCREW
CODE IDENT NO.
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SIZE
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WOTIC* — WHIN 60VCRNHCNT DRAWINGS. tFCCIFICATIONS. Oil OTMtll DATA
ARC UUO FOR ARY FURFOSC OTMIR THAR IH CORRICTIOR WITH A DIFIHITtLY
RELATED ROVERRRERT FROCURSRERT OFERATIOR. THE URITEO STATES OOVERR.
MERT TRERERT IHCURS RO RESFORSIRIIITY ROR ARY ORUCATIOR WHATSOEVER;
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V 200800lkJ
REVISIONS
DATE I APPROVAL
A 1 REVISED PER TDRR£*?/7‘
HEAD DIM TO CONFORM WITH HEAD DIM
OF AMERICAN STANDARD 4-40 PAN HEAD
CROSS RECESSED MACHINE SCREW PER MS 35216
' .080
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4-40 UNC 2A
JL>
DIM A
FOR INFORMATION ONLY
CLASS B RELEASE TOR
DASH
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DATE
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2. CRES, ROD , AISI 303 ,C0ND A ALT*.
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APPROVAL.
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MINT YHEBIBY INCURS NO RESPONSIBILITY HOB a *1 ??}:'. ^ JnrURNISHIOOR
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REVISIONS
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*N ANY WAY SUPPLIED THE SAIO 0RAWINSS SPECIFICATIONS OR ©THEN DATA W
LICENSINC THE HOLDER OR ANY OTHER PERSON OR
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MENT THERESY INCURS NO RESPONSIBILITY NOR ANY ORLIGATION WHATSOEVER.
AND THE PACT THAT THE GOVERNNENT NAY HAVE FORMULATED
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NOT TO RE REGARDED RY IMPLICATION OR OTHERWISE AS IN ANY MANNER
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PATCNTEO INVENTION THAT MAY IN ANY WAY RE RELATED THERETO.
£00800lk
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DESCRIPTION
DATE APPROVAL
Zx k ' a REVISED PE R TDRR 00/7 7
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_ J ? CODE IDENX NO. SIZE — • NASA DRAWING NO.
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REVISIONS
description
DATE I APPROVAL
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NOTICC — WHEN GOVERNMENT DRAWINGS. SPECIFICATIONS. OR OTHER DATA
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MENT THERERT INCURS NO RESPONSISILITY NOR ANT OGLIGATION WHATSOEVER:
AND THE FACT THAT THE GOVERNMENT MAT HAVE FORMULATED. FURNISHED. OR
IN ANT WAY SUPPLIEO THE SAIO DRAWINGS. SPECIFICATIONS OR OTHER DATA IS
MOT TO DE REGARDED IT IMPLICATION OR OTHERWISE AS IN ANY MANNER
licensing the holder or ant other person or corporation, or convey¬
ing ANY NIGHTS OR PERMISSION TO MANUFACTURE. USE. OR SELL ANY
PATENTED INVENTION THAT MAY IN ANY WAY SI RELATED THERETO.
.° 7 5-*-j
.300 H—.650
.031 R MAX
TYP.
161 DIA
.I64 dia
2 HOLES
1.677
1.672
-.125 R. 4 PLACES
NOTES:
I. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED
BY MIL- D -70327.
2- MATERIAL: STEEL,CARBON PER QQ-S-636-2
3. UNLESS OTHERWISE SPECIFIED; f25 /
SURFACE ROUGHNESS MUST NOT EXCEED >T7
4. FINISH-ELECTRO-TIN FUSED PER MIL-10727 TYPE I
PART OR
IDENTIFYING NO.
NOMENCLATURE OR
DESCRIPTION
LIST OF MATERIALS
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES "
TOLERANCES ON 1
FRACTIONS DECIMALS ANGLES DRAW)
± _*.005 *-
1 V
M I T
INSTRUMENTATION LAB
Cambmidoc. Mass.
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
date *>m*M
DO NOT SCALE THIS DRAWING
MATERIAL
SEE NOTE 2
COVER SUSPENSION
1007001
Theat treatment
NASA APPROVAL j
CODE IDENT NO. SIZE
NASA DRAWING NO.
APPLICATION
USED ON FINAL F|N|SH
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MIT APPROVAl
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NOTES:
1. interpret drawing in accordance
WITH MIL-D-70327
2. MATERIAL: 303 STAINLESS STEEL PER QQ-S-763
3. RASSIVATE PER MIL-F-14072 FIN.NO. E300
: T :T
QJY PART OR NOMENCLATURE OR FIND
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DO NOT SCALE THIS DRAWING
M 1 T
INSTRUMENTATION LAB
Cambridqc. Mass.
DSC. NO. CONTRACT
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS '
DRAWN DATE 12-1^
CHECKED fx—i --
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MATERIAL
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APPROVAL__
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FINAL FINISH
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„„
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c
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NOTICE — WHKN COVCRNNCNT DRAWINCS. SPECIFICATIONS. OR OTHtR DATA
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NENT TMERFSY INCURS NO RESPONSIRILITY NOR ANY OSLISATION WHATSOEVER;
ANO THE FALT THAT THE COVERNNENT NAY HAVE FORNULATED. FURNISHED. OR
IN ANY WAV SUPPLIEO THE SAIO DRAWINCS. SPECIFICATIONS OR OTHER DATA IS
NOT TO RE RECARDED IT INPLICATION OR OTHERWISE AS IN ANY NANNER
LICENSINC THE HOLDER OR ANT OTHER PERSON OR CORPORATION. OR CONVEY-
INC ANY RICHTS OR PERNISSION TO NANUFACTURE. USE. OR SELL ANY
PATENTEO INVENTION THAT NAT IN ANY WAV RE RELATED THERETO.
9008001
•YM |
DESCRIPTION
revisions j O fi R OO 3 QO
DATE I APPROVAL
.062_
MAX
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL D 70327
2. MATU STEEL,CARBON PER QQ-S-636-2
1007002
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| APPLICATION |
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
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±. ± ±.
DO NOT SCALE THIS DRAWING
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SEE NOTE 2
HEAT TREATMENT
FINAL FINISH
QTY
REQD
PART OR
IDENTIFYING NO.
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FIND
NO.
LIST OF MATERIALS
M I T
INSTRUMENTATION LAB
Cambiums. Mam.
CONTRACT
DRAWN
CHECKED
APPROVAL
APPROVAL.
NASA APPROVAL
MIT APPROVAL'
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
FLANGE
SUSPENSION CAPACITOR
CODE IDENT NO.
SCALE 2-1
SIZE
NASA DRAWING NO.
1008006
WT
|SHEET OF
I
I
NOTES:
1. INTERPRET drawing in accordance with
STANDARDS PRESCRIBED BY MIL-D-70327
2. MATERIAL: EPOXV RESIN PER-ND- (G.E. LEXAN)
3. MOLDING TO BE FLUSH WITH THREADED END OF FIND NO. I
4. FINO NO. I TO BE FREE OF FOREIGN MATTER
5. UNLESS OTHERWISE SPECIFIED
ALL INSIOE RADII JOIO MAX
6. I2§/ALL OVER
7. TOLERANCE ±.003
3
2
NOTES:
|. INTERPRET orawing in accordance with
STANDARDS PRESCRIBED BY MIL-D-70327
2. MATERIAL: EPOXY RESIN PER-ND- (G.E. LEXAN)
J. MOLDING to be flush threaded end of find no, I
4. FIND NO. I TO BE FREE OF FOREIGN MATTER
%. UNLESS OTHERWISE SPECIFIED
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RELATED SOVERNMENT P«OCU«£N£*T OPERATION. THE UMITEO STATI* COVEBJ
PATENTED INVENTION THAT MAT IN ANT WAY RE RELATED THERETO. _
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NOTES?
1. interpret DRAWING IN ACCORDANCE WITH
STANDARDS PRESCRIBED BY MIL-D-70327
2. MATERIAL: 606I-T6 AL PER-QQ-A-327
3. UNLESS OTHERWISE SPECIFIED
REMOYE BURRS AND BREAK SHARP EDGES.005-015
4. 125/ALL OVER
5. ANODIZE PER MIL-A-8625, TYPE It, CLEAR
1007004
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sw vs v^s^Vv
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NOTES:
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STANDARDS. PRESCRIBED BY MIL-D-70327
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PER MIL-P-I8I77 TYPE GEB
1007005
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.g40 x 4 5 ‘ CHAMFER
2 PLACES
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SEE NOTE NO.2
QTY
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NO.
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LIST OF MATERIALS
INSTRUMENTATION LAB
Cambridge. Mass.
contract ■
HOUSTON, TEXAS
DRAW
CHECKED
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DATEI 2-10-&3
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INCHES
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MOTES
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Z ORIGINAL OF THIS DRAWING OR REPRODUCTION MADE BY PROCESS OR METHOD
SHALL INSURE DIMENSIONAL STABILITY. DIMENSIONAL STABILITY SHALL NOT
EXCEED .001 INCH* PER FOOT.
3. CUT TO WITHIN JOIO OF TRIM LINE
4 MAKE MASTER PATTERN POSITIVE FILMS TC DIMENSIONS SHOWN
f. MATERIAL:.006/008TUCK PLASTIC SHEET SENSITIZED DIMENSIONALLY STABLE
PER L-F-340 TYPE I SUBTYPE B, CLASS I, STYLE IA
f 0.045/050 DIA PUNCH ALL HOLES
7. BROKEN LINES DENOTE SLEEVING
8. K DENOTES CATHOOE
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T
OTV PART OR NOMENCLATURE OR j FIND
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LIST OF MATERIALS
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instrumentation LAS
MANNED SPACECRAFT CENTER
HOUSTON TEXAS
FRACTIONS DECIMALS ANGIES
DO NOT SCALE THIS DRAWING
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CHECKED (aLjr TjPTC-f
APPROVAL v ii A flNUJ
INSULATOR
PHOTOGRAPHIC MASTER
D C OIFF AMP AND PVR
MATERIAL
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1007007
HEAT TREATMENT
NASA APPROVAl/gMfi.Zlf
MIT APPROVAL^/
COOE IOENT NO SIZE NASA DRAWING NO
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B.K DENOTES CATHOOE
I UNLESS OTHERWISE SPECIFIED
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MANNED SPACECRAFT CENTER
HOUSTON. TtXAS_
INSULATOR
PHOTOGRAPHIC MASTER
D C PIFF AMP AND PVH
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c 1008010
«*»«• I tinal finish
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« 0.045/.080 DIA PUNCH ALL HOLES
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5
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MENT THEREBY INCURS NO RESPONSIBILITY NOR ANY OBLIGATION WHATSOEVER:
ANO THE FACT THAT THE GOVERNMENT MAY HAVE FORMULATEO. FURNISHED. OR
IN ANY WAV SUPPLIED THE SAIO DRAWINGS. SPECIFICATIONS OR OTHER DATA IS
NOT TO BE REGARDED BY IMPLICATION OR OTHERWISE AS IN ANY MANNER
LICENSING THE HOLDER OR ANY OTHER PERSON OR CORPORATION. ON CONVEY¬
ING ANY RIGHTS OR PERMISSION TO MANUFACTURE. USE. OR SCU. AMT
PATENTED INVENTION THAT MAY IN ANY WAV BE RELATED THERETO.
NOTES;
i.
2 .
INTERPRET DRAWING IN ACCORDANCE WITH
STANDARDS PRESCRIBED BY MIL-D-70327
MATERIAL: GLASS EPOXY PER MIL-P-I8I77 TYPE GEB
A
10 0 7 005
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DO NOT SCALE THIS DRAWING
M 1 T
INSTRUMENTATION LAB
Cambmidoc. Mam.
DWG NO. _ _ J CONTRACT
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HOUSTON, TEXAS
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approval ^C
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I.
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BY MIL-D-70327 .
2. UNLESS OTHERWISE SPECIFIED *.
POLISHED SURFACES (l NS IDE ANO OUTSIDE)
ALL RADII.010 MAX.
3. G.E LEXAN-WATER CLEAR
4. * TOLERANCE ±.005
5. TWO .157-gjJ DIA HOLES TO BE DRILLEO
AFTER FABRICATION OF CASE ANO PRIOR TO ASSEMBLY
,_ref
.045 •
BOTTOM WALL
- RETAINER TO BE FREE OF RESIN
ANO OTHER FOREIGN MATTER.
THIS END FLUSH
PARTIAL SECTION A-A
L*.
100XX5
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| APPLICATION |
TOLERANCES ON
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* — £ .003 * —
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I HEAT TREATMENT
RETAINER . SCREW
LIST OF MATERIALS
MIT APPROVAL
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
HOUSING. MODULE
PIP PPEAMP
MOLDED
rvr
NASA DRAWING NO
1008012
Tsheet I OF |
r
!
Cl
1. interpret drawing in accordance with standards prescribed
BY MIL *0 -70327 .
2. UNLESS OTHERWISE SPECIFIED *.
POLISHED SURFACES O^IDE AND OUTSIDE^
ALL RADII .010 MAX.
S, 6.E LEXAN- WATER CLEAR
4. X TOLERANCE ±.005
5. TWO .IS9tgft WA HOLES TO BE DRILLED
AFTER FABRICATION OF CASE AND PRIOR TO ASSEMBLY
MANNED SPACECRAFT CENTER
HOUtlOi TOM
HEATSINK
PIPA CALIBRATION
MODULE
■s
l INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCREED BY ftflL-0-70327
2 - MATERIAL:MAGNESIUM ALLOY ZK-60A-T5 PER 0Q-M-3IA
1 UNLESS OTHERWISE SPECIFIED ALL FILLETS ANO RADII .010 MAX
4. TRUE POSITIONING AS SHOWN IN CHART
5. FLAT NESS TO BE WITHIN .010
6. UNLESS OTHERWISE SPECIFIED '^ALL OVER
7. ALL FLAT SURFACES TC BE SQUARE AND OR PARALLEL WITHIN .010
ft REMOVE ALL BURRS AND BREAK SHARP EDGES .005 -JO 15
9. COAT THREAD AND FIND NCXI WITH MIL-P-8S85 WET ZINC CHROMATE PRIMER
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I LFINISH: ANODIZE PER MIL-M-3I7IA,TYPE IV
art's
3
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCR8ED W M«.-0-TCM7
2.MATERIAL:MAGNESIUM ALLOY ZK-60A-T5 PER QQ-M-3IA
1 UNLESS OTHERWISE SPECIFIED ALL FILLETS AND RADII -OIOMAX
4. TRUE POSITIONING AS SHOWN IN CHART
StFLATNESS TO BE WITHIN .010
& UNLESS OTHERWISE SPECIFIED '^ALL OVER
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a REMOVE ALL BURRS AND BREAK SHARP EDGES .005-.015
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IQ INSTALL FINO M2 PER MS33646 EXCEPT DIM. F TO BE.59432EAK OFF QCUVUI6 TAH6-
IL FINISH .PLUG INSERT HOLES AND ANODIZE PER UIL-M-3I7IA TYPE IV
1
1008013
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BV MtrO-TQBZT
2.MATERIAL:MAGNESIUM ALLOY 2K-60A-T5 PER QQ-M-3IA
21 SPEC FED ALL FILLE TS AND RADII .010 MAX
5.FLATNESS TO BE WITHIN .010
& UNLESS OTHERWISE SPECIFIED i 2^4lL 0VER
7. ALL FLAT SURFACES TO BE SQUARE AND OR PARALLEL WITHIN .010
a REMOVE ALL BURRS AND BREAK SHARP EDGES .005 -.015
ftCOAT THREAD AND FIND NQ.2WITH MIL-P-8S8S WET ZINC CHROMATE PRIMER
10.INSTALL FIND N0.2OER MS33646,BREAK OFF DRIVING TANG
It FINISH: PLUG INSERT HOLES AND ANOOllE PER MIL-M-3I7IA TYPE »V
*42.THE DRILLING OF ANY COMPONENT HOLE CAUSING VISIBLE DEFORMATION *1
an ADJACENT HOLE OR ON AN EXTERNAL SURFACE OR ACTUAL BREAK OUT
OF THE HOLE INTO ANOTHER HOLE OR EXTERNAL- SURFACE SHALL BE CAUSE
FOR REJECTION OF THIS PART
Y
SECTION A-A
3 PLACES
, 4 t
i'
1008012
3
2
DESCRIPTION
REVISIONS f Dft ftQg? &Q
TION I DATE I APPROVAL
2-56 UNC-3B
1®A.003TIR]
NOTES:
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STANDARDS PRESCRIBED BY MIL-D-70327
2.MATERIAL; 303 STAINLESS STEEL PER QQ-S-763
3 RASSIVATE PER MIL-F-14072 FIN.N0.E300
PART OR
IDENTIFYING NO.
NOMENCLATURE OR
DESCRIPTION
LIST OF MATERIALS
UNLESS OTHERWISE SPECIFIED .nstrum^NtItiON LAB
DIMENSIONS ARE IN INCHES cambriom. mabb.
TOLERANCES ON p »« 1,0 _ contact-
FRACTIONS DECIMALS ANGLES nPAWN BE RK ELEY datE ^3I>62
^ “ ^.005 ^ rucrKFn ___
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
I 007001
DO NOT SCALE THIS DRAWING
MATERIAL
SEE NOTE N0.2
HEAT TREATMENT
NEXT ASSY
USED 0N I FINAL FINISH
APPLICATION
SEE NOTE 3
CHECKED _
APPROVALS
APPROVAL.
I NASA APPROVAL.
MIT APPROVALS
SPACER
SUSPENSION CAPACITOR
| CODE IDENT NO. I SIZE
NASA DRAWING NO.
1008014
I SCALE 10/1
NOTICE - WHIM GOVCRNMCNT OKA WINES. SPECIFICATIONS. ON OTMEN DATA
ARE USED PON ANT PURPOSE OTHER THAN IN CONNECTION WITH A DEFINITELT
RELATED SOVERNNENT PROCURENENT OPERATION. THE UNITED STATES SOViRN-
NENT THERERT INCURS NO RESPONSIRILITT NOR ANT ORLISATION WHATSOEVER:
AND THE PACT THAT ThT ROVERNNENT NAT HAVE FORNULATED. FURNISHED. OR
IN ANT WAT SUPPLIED THE SAID DRAWINRS. SPECIFICATIONS OR OTHER DATA IS
NOT TO RE RERARDED ST INPLICATION OR OTHERWISE AS IN ANT NANNER
UCENSINR THE HOLDER OR ANT OTHER PERSON OR CORPORATION. OR CONVET-
INS ANT RIGHTS OR PERMISSION TO MANUFACTURE. USE. OR SELL AMY
PATENTED INVENTION THAT MAT IN ANT WAT RE RELATED THERETO.
.205DIA-
2 PLACES
.170 R
2 PLACES
170 R
2 PLACES
p—.330 —»1
.250 DIA
82° CSK
2 PLACES
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH
STANDARDS PRESCRIBED BY MIL-D-70327
2. MATERIAL; 6061-T6AL PER-QQ-A-325 TEMPER T6
PART OR
IDENTIFYING NO.
NOMENCLATURE OR
DESCRIPTION
LIST OF MATERIALS
UNLESS OTHERW.SE SPEC.F.EO INSTRUMENTATION LA.
DIMENSIONS ARE IN INCHES cambridok. mass
TOLERANCES ON »<> _contract-_
FRACTIONS DECIMALS ANGLES hpawn BERKELEY DATE l~2-fe3
* *.005 * CHECKED__ s _._—
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
I 007006
DO NOT SCALE THIS DRAWING
MATERIAL
SEE NOTE NO. 2
HEAT TREATMENT
I CHECKED.
I APPROVAL.
NEXT ASSY
USED 0N I FINAL FINISH
APPLICATION
I NASA APPROVAL 4
MIT APPROVAL
I -/ 7—* >
FLANGE
SUSPENSION CAPACITOR
CODE IDENT NO. I SIZE NASA DRAWING NO.
C 1008015
SCALE 4/
4
3
NOTES:
I. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2- MATERIAL:JD31 THK GLASS EPOXY PER MIL-P-18177 TYPE GEE
3. BOND FIND NO- 2 TO FINDNO.f PER ND 1002004
3
2
1007000-2
1008016-1
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
TOLERANCES ON
PART OR
IDENTIFYING NO.
M I T
INSTRUMENTATION LAB
Cambridh, Mam.
FRACTIONS
DECIMALS
±.010
ANGLES DRA wN
dfc ■ 4 /
*7 rucruci
DATE J/3/63 1
DO NOT SCALE THIS DRAWING
MATERIAL
SEE NOTE 2
HEAT TREATMENT
I FINAL FINISH
TERMINAL LUG _
~ TERMINAL BOARD, EMERGENCY HEATER
NOMENCLATURE OR
DESCRIPTION
LIST OF MATERIALS
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
TERMINAL BOARD
EMERGENCY HEATER
CONTROL MODULE:
NASA APPROVAL^
CODE IDENT NO. SIZE
NASA DRAWING NO.
1008016
-ISCALE 4 — 1
2
1
4
3
2
1
P*v
±
B
NOTICE — WHEN COVERNNENT DRAWING*. SPECIFICATIONS. OR OTHER DATA
ARE USED FOR ANY PURPOSE OTHER THAN IN CONNECTION WITH A DEFINITELY
RELATED OOVERNNENT PROCURENENT OPERATION. THE UNITED STATES GOVERN-
NENT THEREBY INCURS NO RESPONSIBILITY NOR ANY OBLI6AYION WHATSOEVER;
AND THE FACT THAT THE BOVERNNENT MAY HAVE FORMULATED. FURNISHED. OR
IN ANY WAV SUPPLIEO THE SAID ORAWINCS. SPECIFICATIONS OR OTHER DATA IS
MOT TO BE REGARDED BY IMPLICATION OR OTHERWISE AS IN ANY MANNER
LICENSING THE HOLOER OR ANY OTHER PERSON OR CORPORATION. OR CONVEY-
INC ANY RIGHTS OR PERMISSION TO MANUFACTURE. USE. OR SELL AMY
PATENTED INVENTION THAT MAY IN ANY WAY BE RILATEO THERETO.
9108001
DESCRIPTION
DATE I APPROVAL
.067 q| »
.069 U,A
4 HOLES
-.031
REF
SEE NOTE 3
FOR INFORMATION ONLY
CLASS B RELEASE TDR Wo.JPOZl-S _
DATE
/-30-6S
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANOAROS
PRESCRIBED BY MIL-D-70327
2. MATERIAL:P3ITHK GLASS EPOXY PER MIL-P-18177 TYPE
3. BOND FIND NO. 2 TO FIND NO; I PER ND 1002004
GEE
1007012
NEXT ASSY
USED ON
APPLICATION |
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
TOLERANCES ON
FRACTIONS DECIMALS ANGLES
* ±.010 ±- 7 **-
DO NOT SCALE THIS DRAWING
MATERIAL
SEE NOTE 2
HEAT TREATMENT
FINAL FINISH
4 I 1007000-2
I
QTY
REQD
1008016-1
PART OR
IDENTIFYING NO.
TERMINAL LUG
TERMINAL BOARD. EMERGENCY HEATER
NOMENCLATURE OR
DESCRIPTION
FIND
NO.
LIST OF MATERIALS
M I T
INSTRUMENTATION LAB
Cambmiooc. Mam.
6. NO. CONTBACT_
DRAWN DATE !/*/ £*
CHECKED
APPROVAL
APPROVAL.
NASA APPROVAL
MIT APPROVA
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
TERMINAL BOARD
EMERGENCY HEATER
CONTROL MODULE
CODE IDENT NO.
SCALE 4 — 1
SIZE
NASA DRAWING NO.
WT
1008016
| SHEET | OF | |
B
4
3
2
1
v** m arm -o»r«<v4& .
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RELATED GOVERNMENT PROCUREMENT OPERATION. THE UNITED STATES GOVERN¬
MENT THERERV INCURS NO RESPONSIBILITY NOR ANY OBLIGATION WHATSOEVER:
AND THE FACT THAT THE GOVERNMENT MAY HAVE FORMULATED. FURNISHED. OR
IN ANY WAY SUPPLIED THE SAID DRAWINGS. SPECIFICATIONS OR OTHER DATA IS
NOT TO BE REGAROED BY IMPLICATION OR OTHERWISE AS IN ANY MANNER
LICENSING THE HOLDER OR ANY OTHER PERSON OR CORPORATION. OR CONVEY¬
ING ANY RIGHTS OR PERMISSION TO MANUFACTURE. USE. OR SELL ANY
PATENTED INVENTION THAT MAY IN ANY WAY BE RELATED THERETO.
•*B* DIA
*A* DIA
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MATERIAL: 416 STAINLESS STEEL QQ-S-763B-I
3 PASSIVATE PER MIL-STD-171 FINISH NO. 5.4
DWG NO. A DIA B DIA TOL
1008020-1 -484 .203 _
1006020-2 -562 .265
♦005
UNLESS OTHERWISE SPECIFIED
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PART OR
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M I T
INSTRUMENTATION LAB
Cambridge. Mass.
. DATE
NOMENCLATURE OR
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LIST OF MATERIALS
MANNED SPACECRAFT CENTER
HOUSTON TEXAS
WASHER, FLAT
STEEL
NASA APPROVAL
CODE IDENT NO. SIZE
NASA DRAWING NO.
1008020
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NOTICE — WHEN GOVERNMENT DRAWINGS. SPECIFICATIONS. OR OTHER DATA
ARC USED FOR ANT PURPOSE OTHER THAN IN CONNECTION WITH A DEFINITELY
RELATED GOVERNMENT PROCUREMENT OPERATION. THE UNITED STATES GOVERN¬
MENT THEREAT INCURS NO RESPONSIAILITV NON ANY ORLI6ATION WHATSOEVER:
AND THE FACT THAT THE GOVERNMENT MAY HAVE FORMULATED. FURNISHED. OR
IN ANY WAY SUPPLIEO THE SAID DRAWINGS. SPECIFICATIONS OR OTHER DATA IS
NOT TO AC REGARDCO AY IMPLICATION OR OTHERWISE AS IN ANY MANNER
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1008021-2 .265 .375
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1- I. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
| PRESCRIBED BY MlL-D-70327
Z. MATERIAL*. CERAMIC PER MIL-I-IO GRADE L624
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* ”-005 * CHECKE
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INSTRUMENTATION LAB
Cambmiogc. Mass.
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LIST OF MATERIALS
SEE NOTE 2
I HEAT TREATMENT
I FINAL FINISH
DATE
9 EX cs
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
BUSHING, INSULATOR
APPLICATION
NASA APPROVAL 4
MIT APPROVAL i
CODE IDENT NO. SIZE
NASA DRAWING NO.
I
C 1008021
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ARE USED FOR ANT PURPOSE OTHER THAN IN CONNECTION WITH A DEFINITELY
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MENT THEBCBY INCURS NO RESPONSIBILITY NOR ANT OBLIGATION WHATSOEVER
AND THE FACT THAT THE GOVERNMENT MAT HAVE FORMULATED. FURNISHED. OR
IN ANT WAT SUPPLIED THE SAID DRAWINGS. SPECIFICATIONS OR OTHER DATA IS
NOT TO BE REGARDED BT IMPLICATION OR OTHERWISE AS IN ANT MANNER
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ING ANT RIGHTS OR PERMISSION TO MANUFACTURE. USE. OR BELL ANT
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A B
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1008021-1 .203 .312
1008021-2 -265 .375
NOTES:
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! PRESCRIBED BY MIL-D-70327
2. MATERIAL'-CERAMIC PER MIL-I-IO GRADE LG24
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Cambhiooc. Mass.
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USED 0N I FINAL FINISH
APPLICATION
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MIT APPROVALi
DATE
bQABiB 9^ 65
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
BUSHING, INSULATOR
CODE IDENT NO. SIZE
NASA DRAWING NO.
C 1008021
3
2
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(.INTERPRET DRAWING IN ACCORDANCE WITH
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4
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HOUSTON. TEXAS
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PHOTOGRAPHIC MASTER
PULSE TORQUE QYRO CALIBRATE
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3
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3
NOTICE — WHEN GOVERNMENT ORAWINGS. SPECIFICATIONS. OR OTHER DATA
ARE USED FOR ANY PURPOSE OTHER THAN IN CONNECTION WITH A DEFINITELY
RELATED GOVERNMENT PROCUREMENT OPERATION. THE UNITED STATES GOVERN¬
MENT THEREBY INCURS NO RESPONSIBILITY NOR ANY OBLIGATION WHATSOEVER^
AND THE FACT THAT THE GOVERNMENT MAY HAVE FORMULATED. FURNISHED. OR
IN ANY WAY SUPPLIED THE SAID ORAWINGS. SPECIFICATIONS OR OTHER DATA IS
NOT TO BE REGARDED BY IMPLICATION OR OTHERWISE AS IN ANY MANNER
LICENSING THE HOLDER OR ANY OTHER PERSON OR CORPORATION. OR CONVEY¬
ING ANY RIGHTS OR PERMISSION TO MANUFACTURE. USE. OR SELL ANV
PATENTED INVENTION THAT MAY IN ANV WAY BE RELATED THERETO.
D
NOTES
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MATERIAL: MICA, NATURAL MUSCOVITE; ALT HH-l-536,
TYPE NMGS,GRADE 4
A
NEXT ASSY
USED ON
APPLICATION
2
i
V ^208001
&
| revisions 004 I
SYM
DESCRIPTION
DATE
APPROVAL
A
REVISED PERTDRR 19008
14 MAY
65
^0
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C
DASH
NO
A DIA
B DIA
-1
.193
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M I T
INSTRUMENTATION LAB
Camsrioge. Mass.
G NO. CONTRACT
DRAWN
DO NOT SCALE THIS DRAWING
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MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
washer
INSULATOR
HEAT TREATMENT
NASA APPROVAL
FINAL FINISH
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CODE IDENT NO.
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NOTICE — WHEN GOVERNMENT DRAWINGS. SPECIFICATIONS OR OTHER DATA
ARE USED FOR ANY PURPOSE OTHER THAN IN CONNECTION WITH A DEFINITELY
RELATED GOVERNMENT PROCUREMENT OPERATION THE UNITED STATES GOVERN¬
MENT THEREBY INCURS NO RESPONSIBILITY NOR ANY OBLIGATION WHATSOEVER
AND THE FACT THAT THE GOVERNMENT MAY HAVE FORMULATED. FURNISHED OR
IN ANY WAY SUPPLIED THE SAID DRAWINGS. SPECIFICATIONS OR OTHER DATA IS
NOT TO BE REGARDED BY IMPLICATION OR OTHERWISE AS IN ANY MANNER
LICENSING THE HOLDER OR ANY OTHER PERSON OR CORPORATION. OR CONVEY¬
ING ANY RIGHTS OR PERMISSION TO MANUFACTURE. USE. OR SELL ANY
PATENTED INVENTION THAT MAY IN ANY WAY BE RELATED THERETO.
NOTES:-
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MATERIAL: MICA, NATURAL MUSCOVITE- ALT HH-l-536,
TYPE NMGS,GRADE 4
2
a ^208001 ®
revisions 1£, 004 '*ST l
SYM
DESCRIPTION
DATE
APPROVAL.
A
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14 MAY
65
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MIT ?
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Cambridge. Mas*.
contract_
DRAWN , DATE
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HOUSTON, TEXAS
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NOT TO BE REGARDED BT IMPLICATION OR OTHERWISE AS IN ANT MANNER
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». INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
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2. MATERIAL: MICA, NATURAL MUSCOVITEj ALT HH-1-536,
TYPE NM6S,GRADE 4
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I. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
I PRESCRBED BY MB.-D-70327
7. MATERIAL: CERAMIC PER MIL-I-10 GRADE L624T
3. I^/^ALL OVER
4- BREAK SHARP EDGES JO 10 R MAX
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REVISIONS
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DESCRIPTION
DATE I
A
REVISED PEP TDRR 0/*a<C*
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LIST OF MATERIALS
UNLESS OTHERWISE SPECIFIED
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TOLERANCES ON
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±. 2b ±:
DO NOT SCALE THIS DRAWING
M I T
INSTRUMENTATION LAB
Cambnid ec. Mam.
C. NO. CONTRACT
DRAWN
DATE lh/cy
MATERIAL
SEE NOTE 2
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
INSULATOR. BUSHING
HEAT TREATMENT
NONE
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SIZE
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DESCRIPTION
LIST OF MATERIALS
UNLESS OTHERWISE SPECIFIED
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M I T
INSTRUMENTATION LAB
Cambmiooc. Mam.
MANNED SPACECRAFT CENTER
TOLERANCES ON »o
FRACTIONS DECIMALS ANGLES DRAWN
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HOUSTON, TEXAS
. DATE //?/#
13
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NOTICE — WHEN GOVERNMENT DRAWINGS. SPECIFICATIONS. OR OTHER DATA
ARE USED FOR ANT PURPOSE OTHER THAN IN CONNECTION WITH A DEFINITELY
RELATED GOVERNMENT PROCUREMENT OPERATION. THE UNITED STATES GOVERN-
MENT THERERY INCURS NO RESPONSIRILITY NOR ANY ORLIGATION WHATSOEVER.
ANO THE FACT THAT THE GOVERNMENT MAY HAVE FORMULATED. FURNISHED OR
IN ANY WAV SUPPLIED THE SAID DRAWINGS. SPECIFICATIONS OR OTHER DATA IS
NOT TO RE REGARDED RY IMPLICATION OR OTHERWISE AS IN ANY MANNER
LICENSING THE HOLDER OR ANY OTHER PERSON OR CORPORATION. OR CONVEY-
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1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
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2. MATERIAL*. CERAMIC PER MIL-I-IO GRADE L624T
3. 1^5/ 'ALL OVER
4 . BREAK SHARP EDGES .010 R MAX
t
A
1007017
1007016
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USED ON
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REVISIONS OOS70 |
DESCRIPTION
DATE
APPROVAL
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B
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UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
TOLERANCES ON
FRACTIONS DECIMALS ANGLES
±. ±. ±
DO NOT SCALE THIS DRAWING
M 1 T
INSTRUMENTATION LAB
Cambridge Mass.
MANNED SPACECRAFT CENTER •
HOUSTON. TEXAS
DRAWN DATE/ / 9/ ^-
CHECKED
APPROVAL_ _ _ CL -
INSULATOR, BUSHING
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APPROVAL —/} /faliQ
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HEAT TREATMENT
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NOTICE — WHEN GOVERNMENT DRAWINGS. SPECIFICATIONS. OR OTHER DATA
ARE USED FOR ANT PURPOSE OTHER THAN IN CONNECTION WITH A DEFINITELY
RELATED GOVERNMENT PROCUREMENT OPERATION. THE UNITEO STATES GOVERN¬
MENT THEREBY INCURS NO RESPONSIBILITY NOR ANY OBLIGATION WHATSOEVER:
AND THE FACT THAT THE GOVERNMENT MAY HAVE FORMULATED. FURN'SHED. OR
IN ANY WAY SUPPLIED THE SAIO DRAWINGS. SPECIFICATIONS OR OTHER DATA IS
NOT TO BE REGARDED BY IMPLICATION OR OTHERWISE AS IN ANY MANNER
LICENSING THE HOLDER OR ANY OTHER PERSON OR CORPORATION. OR CONVEY¬
ING ANY RIGHTS OR PERMISSION TO MANUFACTURE. USE. OR SELL ANY
PATENTEO INVENTION THAT MAY IN ANY WAY BE RELATED THERETO.
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NO.
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1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
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3. 1^5/ ALL OVER
4- BREAK SHARP EDGES .010 R MAX
A
T
1007017
1007016
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USED ON
APPLICATION
3
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| REVISIONS OOSPO \
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DESCRIPTION
DATE
APPROVAL
A
REVISED PER TDRR
SZ*.t4
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QTY
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FIND
REQD
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LIST OF MATERIALS
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
TOLERANCES ON
FRACTIONS DECIMALS ANGLES
=fc ± ±
DO NOT SCALE THIS DRAWING
M I T
INSTRUMENTATION LAB
Cambridge. Mass.
DRAWN DATE //?/#
MATERIAL
SEE NOTE 2
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
INSULATOR. BUSHING
HEAT TREATMENT
NONE
FINAL FINISH
CODE IDENT NO.
80230
NONE
SCALE NONE WT
SIZE
NASA DRAWING NO.
1008025
SHEET I OF •
I
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NOTICE — WHEN GOVERNMENT DRAWINGS. SPECIFICATIONS. OR OTHER DATA
ARC USCO FOR ANY PURPOSE OTHER THAN IN CONNECTION WITH A DEFINITELY
RELATED GOVERNMENT PROCUREMENT OPERATION. THE UNITEO STATES GOVERN.
MENT THERERT INCURS NO RESPONSIRILITY NOR ANY OBLIGATION WHATSOEVER;
AND THE FACT THAT THE GOVERNMENT MAY HAVE FORMULATED. FURNISHED. OR
IN ANY WAV SUPPLIED THE SAID DRAWINGS. SPECIFICATIONS ON OTHER DATA IS
NOT TO BE REGARDED BY IMPLICATION OR OTHERWISE AS IN ANY MANNER
LICENSING THE HOLDER OR ANY OTHER PERSON OR CORPORATION. OR CONVEY¬
ING ANY RIGHTS OR PERMISSION TO MANUFACTURE. USE. OR BELL ANT
PATENTEO INVENTION THAT MAY IN ANY WAY BE RELATED THERETO.
DASH
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£. ORIGINAL Of THIS DRAWING OR REPRODUCTION MADE BY PROCESS OR METHOO SHALL
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3. CUT TO WITHIN .010 OF TRIM LINE
* MAKE MASTER PATTERN POSITIVE FILMS TO DIMENSIONS SHOWN
& MATERIAL: OOi^DOBTHICK PLASTIC SHEET SENSITIZED DIMENSIONALLY STABLE PER
L-F-340 TYPE I SUBTYPE B t CLASS II, STYLE IA
S. Q 049/ 090 DU PUNCH ALL HOLES
T. BROKEN LBCS DENOTE SLEEVING
S. K DENOTES CATHOOE
B. ♦ DENOTES CAPACITOR POLARITY
MANNED SPACECRAFT CENTER
FRACTIONS DECIMALS ANGUS --
H * CHCCAEO
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PHOTOGRAPHIC MASTER
SEE NOTE 5
E 1008037
2
INTERROGATOR
^BOTTOM
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1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2. ORIGINAL OF THIS DRAWING OR REPRODUCTION MADE BY PROCESS OR METHOO SHALL
INSURE DIMENSIONAL STABILITY. DIMENSIONAL STABILITY SHALL NOT EXCEED .001 INCH PER FOOT
3. CUT TO WITHIN .010 OF TRIM LINE
4. MAKE MASTER PATTERN POSITIVE FILMS TO DIMENSIONS SHOWN
3. MATERIAL.00^b0BTHICK PLASTIC SHEET SENSITIZED DIMENSIONALLY STABLE PER
L-F-340 TYPE I SUB TYPE B. CLASS II, STYLE IA
«. Q .049/090 DU PUNCH ALL HOLES
7. BROKEN LMES DENOTE SLEEVINS
5. K DENOTES CATHODE
B. * DENOTES CAPACITOR POLARITY
I INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MtL-D-70327
• ORIGINAL OF THIS DRAWING OR REPRODUCTION MADE BY PROCESS OR METHOD SHALL
INSURE DIMENSIONAL STABILITY. DIMENSIONAL STABILITY SHALL NOT EXCEED .OOI INCH PER FOOT
3. CUT TO WITHIN .010 OF TRIM LINE
4 . MAKE MASTER PATTERN POSITIVE FILMS TO DIMENSIONS SHOWN
5. MATERIAL:OO^boBTHICK PLASTIC SHEET SENSITIZED DIMENSIONALLY STABLE PER
1-P-009IG (NAVY AER) TYPE IT CLASS C
G. Q .049/090 DU PUNCH ALL HOLES
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UNLESS OTHERWISE SPECIFIED mimil,
- DIMENSIONS ARE IN INCHES o.
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CHECKED
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MANNED SPACECRAFT CENTER
INSULATOR
PHOTOGRAPHIC MASTER
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SEE NOTE 5
E 1008037
I
1.812 REF
2
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NOTES:
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BY MIL-D-70327
• ORIGINAL Of THIS DRAWING OR REPRODUCTION MADE BY PROCESS
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4 MATERIAL 007 THICK PLASTIC SHEETS, SENSITIZED, DIMENSIONALLY
STABLE PER L-P-0bsiG (NAVY AER) TYPE U CLASS C
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
TOLERANCES ON
INSTRUMENTATION LAB
MANNED SPACECRAFT CENTER
fract^ decimals PHOTOGRAPHIC MASTER
- DO NOT SCALE THIS DRAWING APPROVAL WIRING BOARD B
unr, \ approADA PREAMP ASSY (M 6)
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HEAT TREATMENT NASA APPROVAL& 7
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2
1008039
OO CJ
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1008040
NOTES:
I.INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED
BY MIL-0*70327
2. MATE RIAL: PER ND 1002134
3. MOLDING TO BE FLUSH WITH THREADEO ENO OF FIND NO.2
4FIND NO2 TO BE FREE OF FOREIGN MATTER
SUNLESS OTHERWISE SPECIFIED, ALL INSIDE RADII .010 MAX
€.'^ALL OVER
X ♦ TOLERANCE ±.003
3
2
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NOTES:
MNTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED
BY MIL-0-70327
2. MATE RIAL: (G. E. LEXAN, WATER CLEAR)
3. MOLDING TO BE FLUSH WITH THrEADED END OF FIND NO. I
4FIND NO I TO BE FREE OF FOREIGN MATTER
SUNLESS OTHERWISE SPECIFIED ALL INSIDE RADII .010 MAX
G-'^/all OVER
7. • TOLERANCE ±.003
3
2
revisions ~TQ0rz oosirt/
Irevised per tdrr o//f 2-
\sM'x\s**-UA
.742 REF.
.072 DIA
.072 DIA
+ M- .125 DIA
NOTES:
1. INTERPRET DRAWIN6 IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70527
2. GLASS EPOXY PER ND 1002135 TYPE GEE
UNLESS OTHERWISE SPECIFIED
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* ±.005 ± 4
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DO NOT SCALE THIS DRAWING APPROVE
MATERIAL __
PART OR
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M I T
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NOMENCLATURE OR
DESCRIPTION
LIST OF MATERIALS
SEE NOTE 2
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
SPACER
ADA PREAMP
(STABLE MEMBER)
1007025
I HEAT TREATMENT
USED 0N I FINAL FINISH
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NASA APPROVAL (
MIT APPROVAL
I CODE IDENT NO. SIZE
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NASA DRAWING NO.
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PHOTOGRAPHIC SCALE ONLY
f
3
2
MOTICI — MU •OVOMMIRT MAWIMM. RPf CIP lOTIOM.MOTMtARATA
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Ct-08001
REVISIONS 7 ' Q 4 tfZ OOSifV
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.742 REF.
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.072 DIA
.125 DIA
NOTES:
1. INTERPRET DRAWIN6 IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. GLASS EPOXY PER MIL-P-I8I77 TYPE GEE
1007025
UNLESS OTHERWISE SPECIFIED
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CHECKE
DO NOT SCALE THIS DRAWING APPROV
MATER,AL APPROV
SEE NOTE 2 _
HEAT TREATMENT t
PART OR
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NOMENCLATURE OR
DESCRIPTION
LIST OF MATERIALS
Carinniom. Mann.
“•JO DATE l»rc«a
USE0 O'* I FINAL FINISH
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
SPACER
ADA PREAMP
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ICOOE IDENT NO. I SIZE
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NASA DRAWING NO.
1008043
I SHEET | OF |
n
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! 0 I 2
I photographic scale only
NOTES :
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
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2. GLASS EPOXY PER ND 1002135 TYPE GEE
III
USB9*
I.0003S PHOTO REF DIM:
N.
NOTES:
INTERPRET DRAWING N ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-O-70327.
t. ORIGINAL OP DRAWING OR REPRODUCTION MAOE BY PROCESS OR METHOO SHALL
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3 MAKE MASTER PATTERN POSITIVE FILMS TO DIMENSIONS SHOWN
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2 ORIGINAL OF THIS DRAWING OR REPRODUCTION MAOE BY PROCESS OR METHOD SHALL
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REFERENCE:
DRAWING NO. 1008043 FOR PHOTOGRAPHIC MASTER
1. MTERPRET DRAWING M ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327.
2. 013THICK GLASS EPOXY PER NDI00e«93 TYPE GEE
3. PREPARE EPOXY FOR PHOTOGRAPHING PER ND1002133
4. CUT TO WITHIN .OK) OF TRIM LINE
MANNED SPACECRAFT OENTER
WIRING BOARD (TOP)
ADA PREAMP
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1008047
Jl PLACES
3 PLACES
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REFERENCE:
DRAWING NO. 1008045 FOR PHOTOGRAPHIC MASTER
N0TES7
I NTERPRET DRAWING M ACCORDANCE WITH STANDARDS PRE3CRI8ED GY MIL-D-70327.
t. .015THICK GLASS EPOXY MIL-P^I77 TYPE GEE
3 PREPARE EPOXY FOR PH0T06RAPHING PER NO
4. CUT TO WITHIN OK) OF TRIM LINE
5. BROKEN LINES OEN0TE SLEEVING
UNLESS OTHERWISE SPECIFIED
- DIMENSIONS ARE IN INCHES
TOLERANCES ON
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JOI
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
WIRING BOARD (TOP)
AOA PREAMP
( STAGLE MEMBER)
XK WENT NO I SUE NASA DRAWING NO*
E 1008047
BOARD B
1008048
NOTES:
1. INTERPRET ORAWINS IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-703Z7.
2. .015 THICK GLASS EPOXY MIL-P-I8I77 TYPE GEE
3. PREPARE EPOXY FOR PHOTOGRAPHING PER NO
4. CUT TO WITHIN .010 OF TRIM LiNE
& BROKEN LINES DENOTE SLEEVING
2
I
.63 REF.
TRIM LINE
DRAWING NO. I00B04G FOR PHOTOGRAPHIC MASTER
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MANNED SPACECRAFT CENTER
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E 1008048
2
1
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HOUSTON TEXAS
PHOTOGRAPHIC MASTER
WIRING BOARD, TOP
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F 1008050
.065
.070
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1008051
MANNED SPACECRAFT CENTER
HOUSTON TEXAS
WIRING BOARD, BOTTOM
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NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MATERIAL: ROD,GLASS EPOXY PER G *, ND 1002135.
3. * TOLERANCE ±.003
2
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SEE NOTE NO.2
HEAT TREATMENT
- +—h
FINAL FINISH
"/-/"
LIST OF MATERIALS
M I T
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Cammiook. Mam.
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SPACER, INSULATED
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CODE IDENT NO.
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SHEET OF
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* SEE NOTE 3
* SEE NOTE 3
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
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2. MATERIAL: ROD,GLASS EPOXY PER ND 1002135 TYPE GEE
3 . * TOLERANCE ±.003
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I HEAT TREATMENT
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NASA DRAWING NO.
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NOTES:
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PRESCRIBED BY MIL-D-70327
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PART OR
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LIST OF MATERIALS
UNLESS OTHERW.SE SPECIFIED in 8 TRUMENtIt,ON LAB
DIMENSIONS ARE IN INCHES Mm.
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MANNED SPACECRAFT CENTER
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DO NOT SCALE THIS DRAWING
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SEE NOTE NO.2
SPACER, INSULATED
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1007024
TheaT treatment
NASA APPROVAL.
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NASA DRAWING NO.
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2. MATERIAL: GLASS EPOXY PER MIL-P-I8I77 TYPE GEB
1007026
NEXT ASST
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4. MARE MASTER PATTERN POSITIVE FILM TO DIMENSIONS SHOWN *
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MANNED SPACECRAFT CENTER
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notes:
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-1
* 2. MATERIAL ^G£. LEX AN WATER CLEAR) PER Gf NO 1002134
5.MOLDING TO BE FLUSH WITH THREADED END FIND N0.2
4. FIND NO.2 TO BE FREE OF FOREIGN MATTER
. -5.UNLESS OTHERWISE SPECIFIED ALL INSIDE RADII JO 10 MAX
6-12V ALL OVER
7. * 70LERANCE±j003
Tor information only
CLASS B RELEASE TOR I
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(.INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
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3. MOLDING TO BE FLUSH WITH THREADED END FIND NO.2
4. FIND NO.2 TO BE FREE OF FOREIGN MATTER
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6.12^ Al_ OVER
7. * T0LERANCE±.003
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HOUSTON. TEXAS
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"COOE IOENT NO l SIZE I NASA DRAWING NO
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W l - REV SEC 3ER TCRR rvf06.
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2.ORIGINAL OF THIS DRAWING OR REPRODUCTION MADE BY PROCESS OR METHOD,SHALL
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3. CUT TO WITHIN .010 OF TRIM LINE
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8.MATERIAL-. .006/.008 THICK PER L-F-340,TYPE XB,CLASS 2,STYLE I A
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"OOF iOENT NO ! Sl7t ! NASA DRAA'V, NO
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KNCODKR KLKCTOOMCS
1- INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
2- ORIGINAL OF DRAWING OR REPRODUCTION MADE BY PROCESS OR METHOD SHALL INSURE
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3- MAKE MASTER PATTERN POSITIVE FILMS TO DIMENSIONS SHOWN
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reference:
DRAWING NO. 1008038 FOR PHOTOGRAPHIC MASTER
L MTERPRET DRAWING M ACCORDANCE WITH STANDARDS PRESCINDED BY MR.-D-70327
2. COT TO WITHIN .010 OF TRIM LINE
3. MATERIAL: .OB THICK FIBER GLASS PER MIL-PHBI77, TYPE BEE
4. BROKEN LINES DENOTE SLEEVING
8. PREPARE BOARO FOR PHOTOGRAPHY PER NO1002133
checked;
- DO NOT SCALE THIS ORAWIHC APPROVAL
MATERIAL APPROVAL
SEE NOTE 3 *' PW ’
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reference:
DRAWING NO. I00S05G FOR PHOTOGRAPHIC MASTER
L W T ERP R C T DRANNNG M ACCORDANCE WITH STANDARDS PRESCINDED
t. CUT TO WITHIN .00 OF TRIM UNE
9. material: .OB THICK FIBER GLASS PER RDK>0*I9G,TYPE SB
4. BROKEN LINES DENOTE SLEEVING
B. PREPARE BOARD FOR PHOTOGRAPHY PER ND 100*199
BY MIL-0-709*7
UNLESS OTHERWISE SPECIFIED
- DIMENSIONS ARE IN INCHES
TOLERANCES ON
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- *.008 *-*- (
- 00 WOT SCALE THIS DRAWING t
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
WIRING BOARD, TOP
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1008060
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2. MACHINE HOLE SIZES AS SHOWN.
3. CUT PANEL AFTER SILKSCREENING TO INDICATED TRIM LINE.
4 MATERIAL:.031 THICK LAMINATED GLASS CLOTH EPOXY RESIN MIL P 18177,TYPE GEE.
UNLESS OTHERWISE SPECIFIED
- DIMENSIONS ARE M INCHES
TOLERANCES ON
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-t ± ±
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MATERIAL ^ NQTE #
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M I T
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PART OR NOMENCLATURE OR
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_ UST Of MATERIALS
~ MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
WIRING BOARD.TOP
t/jf/j V 40 SECOND TIME DELAY
, .. COOE IOENT NO. I SIZE I NASA DRAWING No"
NEXT ASSY I USED ON FINAL FINISH
APPLICATION *
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[scaleK) : I |wt
NASA DRAWING NO.
1008062
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NOTES
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCIBED
BY MIL" D-70327.
2. MATERIALI.OIt THICK GLASS EPOXY PER ND 1002135, TYPE GEE
3. PREPARE BOARD FOR PHOTOGRAPHY PER ND 1002133
4. CUT TO WITHIN .OK) OF TRIM LINE
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE M INCHES **
TOLERANCES ON —•»
FRACTIONS DECIMALS ANGLES drawn
-A- S* chtck*
D O NOT SCALE THIS DRAWING APPMW
MATERIAL ^
PART OR
IDENTIFYING NO.
M I T
INSTRUMENTATION LAS
NOMENCLATURE OR
DESCRIPTION
MANNED SPACECRAFT CENTER
WIRING BOARD,TOP
40 SECOND TIME DELAY
«■>«" I FINAL nHttfi "
ICOOE IOENT NO. I SIZE
D 1008062
SCALE 10 : I IWT
OATS
|. INTERPRET drawing in accordance with standards prescibed
By MIL-D"70327.
2. MATERIAL:.OB THICK GLASS EPOXY PER NO 1002135, TYPE GEE
a. PREPARE BOARD FOR PHOTOGRAPHY PER ND 1002133
4 CUT TO WITHIN .OK) OF TRIM UNE
APPLICATION
MIT APPROM
4
8
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D 1008063
APPLICATION
1.10 REF
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FOR INFORMATION ONLY
CLASS B RELEASE TOR No._2il£i- DATE r *'"* 3
1.000 PHOTO REF DIM.
NOTES
I. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCIBED
BY Ml L-D-70327
f. ORIGINAL OF THIS DRAWING OR REPRODUCTION MADE BY PROCESS
OR METHOO SHALL INSURE DIMENSIONAL STABILITY DIMENSIONAL
STABILITY SHALL NOT EXCEED .001 INCH PER FOOT
S. MAKE MASTER PATTERN POSITIVE FILMS TO DIMENSIONS SHOWN
4 MATERIAL: FILM 006/.008 THICK PER L"F*340, TYPE IB, CLASS 2,STYLE IA
PART OR
IDENTIFYING NO.
NOMENCLATURE OR
DESCRIPTION
LIST OF MATERIALS
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
TOLERANCES ON
FRACTIONS DECIMALS ANGLES
M I T
INSTRUMENTATION LAN
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
. DQ NOT 3CA’ THIS DRAWING
MATERIAL
SEE NOTE 4
“ heat treatment ~
- 0,U4 ^ PHOTOGRAPHIC MASTER
US')/)** TOP
40 SECOND TIME DELAY
COOE IOENT NO. I SIZE I NASA DRAWING NO
US* D I FINAL FINISH
D 1008064
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NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED
2. BY MIL-D-70327
2. ORIGINAL OF THIS DRAWING OR REPRODUCTION MADE BY PROCESS
OR METHOD SHALL INSURE DIMENSIONAL STABILITY. DIMENSIONAL
STABILITY SHALL NOT EXCEED .001 INCH PER FOOT
Sl MAKE MASTER PATTERN POSITIVE FILMS TO DIMENSIONS SHOWN
4. MATERIAL: FILM .006/.008 THICK PER L*F"S40, TYPE IB,CLASS 2, STYLE IA
for information only
HATF
CLASS B RELEASE TDR No.
DATE
PART OR
IDENTIFYING NO.
NOMENCLATURE OR
DESCRIPTION
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES **
TOLERANCES ON — »
FRACTIONS DECIMALS ANGLES ORAWH&
CHECKED
DO NOT SCALE THIS DRAWING APPROVA
MATERIAL .rmnvi
SEE NOTE 4
dDATEg^tJt
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
PHOTOGRAPHIC MASTER
BOTTOM
40 SECOND TIME DELAY
I C 00 £ IDENT NO SIZE
0810 °" I FINAL FINISH
1008065
scale |0:1 vft
I SHEET I OF |
6
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INSERT, SCREW LOCKING
HEATSINK
NOMCNCIATUNC O*
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UST OF MATIJtlAU
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1 REVISED PER TDRR 06459 f*—EE* L
DIA-.3I2 DEER
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3 MS2I209-C0620
I 1008066-1 _
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HOUSTON TEXAS
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CNCOOER MODULE
1003066
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1008066
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9
6
10
9
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7
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SEE NOTE 12
HOLE
IDENT
. X
DIM.
Y
DIM.
HOLE
OlA
UTY
Al
.180
.160
.100
.104
34
A2
.230
.380
-.070
.230
A4
-.200
.260
M
.330
-.120
.520
.950
A 7
.370
.150
A8
.450
.260
A9
.5G0
.340
AIO
.610
.210
All
I.OGO
.600
AI2
.820
1.040
AI3
1.289
.907
AI4
.280
.260
AI5
AI6
1.240
2.660
.000
.220
Al7
2.G60
.360
AI8
2.900
.170
AI9
2.790
.250
A20
2.400
-.120
A2I
2.170
.590
A22
2.500
.330
A23
2.160
.370
A 24
2.280
.310
A25
2.380
.390
A26
2.170
.240
A27
2.400
.240
A28
1.520
.680
A29
1.520
.810
A30
1.41 B
.SC 7
A3I
2.330
.010
A32
1.460
-.120
A33
-.300
.180
A34
3.030
.210
B1
-.180
.140
.058
.062
31
B2
.210
-.130
B3
.130
.450
B4
.100
.660
B5
-.210
1.140
BG
-.190
1.240
B 7 8 9 * 11
.080
1.080
B8
.3G0
.660
B9
.580
.470
BIO
.710
.920
Bll
.820
.700
BI2
BI3
.9 30
1.010
1.010
.800
B14
1.180
-.140
BI5
1.440
.150
BIG
1.340
1.145
BI7
1.360
1.260
BI8
1.920
-.140
BI9
1.960
.160
B20
2.104
.673
B2l
2.140
1.050
B22
2.210
.480
823
2.390
.130
B24
2.280
-.140
B25
2.540
-.140
B2G
2.720
.460
B27
2.440
1.020
B28 _
2.500
1.090
829
2.G80
1.010
B30
2.680
.890
B3I
" S«_
1.305
Cl
.090
1.290
.127
.131
II
C2
-.070
1.280
C3
.190
1.160
C4
-.040
1.120
C5
.650
1.040
C6
2.540
1.280
C7
2.700
1.280
C8
2.640
1.130
C9
2.800
1.120
CIO
2.030
.770
Cll
.275
1.290
|. interpret drawing in accordance with standards
PRESCRIBED BY MIL-D-70327
2. MATERIAL: MAGNESIUM ALLOY ZK60A-T5 PER QQ-M-31
UNLESS OTHERWISE SPECIFIER AlL FILLETS AND RADII .010 MAX
5. FLATNESS TO BE WITHIN .010
6. UNLESS OTHERWISE SPECIFIED,
7. ALL FLAT SURFACES TO BE SQUARE ANO/OR PARALLEL WITHIN .010
8. REMOVE ALL BURRS AND BREAK SHARP EDGES .005 .015
9. COAT THREADS ANO f«MO NO- I WITH MIL-P-8585 WET ZINC CHROMATE
10.INSTALL FIND NO. I PER MS 33646 BREAK OFF DRIVING TANG
11. FINISH: ANODIZE PER MIL-M-3I7I TYPE IV
12 THE DR LUNG OF ANY COMPONENT HOLE CAUSING ANY VISIBLE DEFORMATION
IN A\ ADJACENT HOLE OR ON AN EXTERNAL SURFACE OR ACTUAL BREAKOUT
. OF THE HOLE INTO ANOTHER HOLE OR FXTERNAL SURFACE- SHALL BE CAUSE
FOR REJECTION OF Ihis hakI
A
SEE NOTE 12
HOLE
IDENT
X
DIM.
Y
DIM.
HOLE
DIA
QTY
Dl
02
-.350
.520
.146
.150
12
-.350
.710
03
-.350
.890
1.270
04
-.350
D5
-.190
.990
D6
-.350
1.080
D7
3.080
.560
D8
3.080
.74 0
D9
3.000
.910
010
2.880
1.270
Dll
2.810
.950
DI2
3.070
1.270
El
I.IIO
.730
.108
.112
12
E2
.940
.700
E3
.930
1.140
E4
1.270
.140
E 5
2.270
.150
E6
2.520
.180
E7
1.650
.800
E8
1.710
.670
E9
1.320
1.038
EIO
1.380
.270
Ell
1.320
.1 10
EI2
1.380
.030
FI
-.350
.330
.153
.157
8
F2
.080
.300
F3
-.190
.800
F4
.270
.030
F 5
3.060
.3/0
F6
2.850
.400
F7
2.980
1.100
F8
2.490
.010
Gl
.250
.870
.345
.352
2
G2
2.290
.840
HI
.940
.040
.411
.418
2
H2
1.710
.040
Jl
.230
.580
.165
.169
2
J2
2.350
.560_
~KI |
T. 100
.950
.220
.224
2
K2
1.970
.970
LI
.000
— Tooo
.197
.201
4
L2
2.750
-.010
L 3
2.300
1.200
L4
.440
1.180
Ml
.860
1*60
.172
.176
2
M2
1.820
.800
Nl
-.080
.520
SEE
SECTIOF
A-A
7
N2
.590
.720
N3
N4
.820
" 1.170
.430
.380
N5
1.560
.440
N6
1.930
.550
N7
2.790
.680
PI
1.630
1.120
.454
.461
1
01
.740
1.230
.233
.237
2
02
2.000
1.230
Rl
-.020
' JB60
' ~SE E"
DETAIL
A
2
R2
2.550
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1.529 REF
■ M £4 ^
| C o S ^ 0
Vv£>
R3 /R9IICRI V
9/ \
/cm\
/ / R35J
I *|R33®
I ICRS
I >< K i
"cfz™ FTIMJl^
a'L <
C2IO j
*tH
2oo6°1>hoto ref dim.
NOTES
|. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED BY MIL-D-70327
t. ORIGINAL OF THIS DRAWING OR REPRODUCTION MADE BY PROCESS OR METHOD
SHALL INSURE DIMENSIONAL STABILITY. DIMENSIONAL STABILITY SHALL NOT
EXCEED .001 INCH PER INCH
3. CUT TO WITHIN .OK) OF TRIM LINE
4. MAKE MASTER PATTERN POSITIVE FILM TO DIMENSIONS SHOWN
5. MATERIAL-' FILM .006/008 THICK PER L-F-340.TYPE IB, CLASS 2, STYLE IA
«. O 045/055 DIA PUNCH
7. DOTTED LINES DENOTE SLEEVING
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
TOLERANCES ON —
FRACTIONS DECIMALS ANGLES drawn
* * ± CHECKf
DO NOT SCALE THIS DRAWING APPROV
MATERIAL APPRO*
SEE NOTE 5
PART OR
IDENTIFYING NO.
MIT
INSTRUMENTATION lab
NOMENCLATURE OR
DESCRIPTION
LIST OF MATERIALS
MANNED SPACECRAFT CENTER
HOUSTO N, TEXAS ___
WSULATOR TOP
PHOTOGRAPHIC MASTER
BACK UP MODE
ICOOE CENT NO. I SITE I
US * 0 OH I FINAL FINISH
1008097
6
rrr?-
2.470
'2.460
T*
NOTES.*-
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MAT'L GLASS EXPOXY PER NO 1002135 TYPE GEE
1007026
NEXT ASSY _ USED ON FINAL FINISH
APPLICATION
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES ,NS1
TOLERANCES ON w* ">
FRACTIONS DECIMALS ANGLES qrawnL
db d: db
CHECKED
DO NOT SCALE THIS DRAWING APPROVAL
MATERIAL APPROVAL^.
SEE NOTE 2
HEAT TREATMENT ute4
PART OR
IDENTIFYING NO.
M I T
INSTRUMENTATION LAI
Cammiom. Mam.
COWTMACT
NOMENCLATURE OR
DESCRIPTION
LIST OF MATERIALS _
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
BOARD TERMINAL
NASA APPROVAL 4
MIT APPROVAL)
*/*/ CODE IDENT NO. SIZE
■ C
MM SCALE 4/1 WT
NASA DRAWING NO.
1008100
I SHEET j OF |
I 2
PHOTOGRAPHIC SCALE ONLY
5
j005 max allowable step-
abawe surface step below
SURFACE NOT PERMITTED
i 4 r
-CUTOUT THRU
2.ISO
2.130 .748
, .748
.015 R MAX PERMISSIBLE-
• ^ :I8
T n-
ffl? 1 • # J 2 T”!i
5/iwl ^_ ^—
\-.l40 OIA
•ISgou spotface
2 HOLES
VIEW A
scale 2/1
t.4TT^
11. .04 0
Hi - .06 0
BLEND WITH .12 R
-.030 R MAX PERMISSIBLE
QIC PLACE OM.Y
5-CUTOUT thru
-5 EQUAL SPACES AT.200 ±.002 PITCH
TOTAL 1.000 ± .002 tolerance non cumulat
CUTOUT THI
: g*gx4*sV
2 PLACES
BLENO WITH
.12 R
,5T+^©'
+++4 ii
\ 3.0 M
13 EOUAL spaces AT 2,09
.200±.002 PITCH
TOTAL 2.600 ±.002
TOLERANCE
NON-CUMULATtVE
4.260
3.700 R , EF
-:SS OIA B4 MOLES
i r
SECTION F-F
E5ZJ ES
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D- 70327
2. MAT'l: ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005-.OIS
4. UNLESS OTHERWISE SPECIFIED FINISH 125/
\j *729 Rfer-
Sw ALL RADII ANO FILLETS TO BE *}g UNLESS
OTHERWISE SPECIFIED
C0PPEFI J PLATE C PER°WL-CH4550,0LASS 2.THEN ELECTROLESS
NICKEL PLATE PER MIL-C-26074A.CL ASS 1. ALL DIMENSIONS TO*
ANO FINISHES OF, PLATED SURFACES APPLY AFTER PLATING.
FINISH MACHINING AFTER PLATING IS PERMISSIBLE AS LONG AS MINIMUM
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS.
RUM THREADED INSERT HOLES DURSM RLATIMS.
ft COAT FIND NO.I*FINO NO.2 WITH MIL-P-S5SS WET ZINC CHROMATE
PRIMER.
ft MOOULE MOUNTING SCREWS ANO MOOULE ELECTRICAL RECEPTACLES.
THIS INFORMATION WILL BE ADDED TO DRAWING AS SOON AS IT IS
AVAILABLE.
SECTION G-G
SCALE 2/1
n\
I.OTO
-iSB
-KJS (FROM GAGE POINT)
-.015 R MAX PERMISSIBLE
SECTION E-E
-i 272 DIA
CSORE .406 DIA X .142 OEEP
eM ^ L K)-32UNF-2S THRU
U - - 1 82* ±I*CSK, ‘ 139 OIA
I-ft- .005 DIA I
-ft .005 DlAl
SEE NOTES GAB
SECTION A-A
SECTION B-B
SECTION C-C
-.015 R MAX PERMISSIBLE
IOQOII5-2
tooeicx-i
TOLERANCES ON «■».«»
FRACTIONS KCWU OR ANN * ***** DATE _
XXX±l oQ5 0* 30 # Q*<x*o „ .. .._„
00 NOT SCALE TMS pfcwtNC - if ^** 1 * Cm *
INSERT, THREAPED. SELF-LOCKING
' FRAME, TRAY _
MANNED SPACECRAFT CENTER
FRAME,
TRAY I
1008101
2
I
3HPPSSf-4(
SECTION D-D
j003 MAX ALLOWABLE STEP-
ABAVE SURFACE STEP BELOW
SURFACE NOT PERMITTED
IT,
.015 R MAX PERMISSIBLE-
:§2o^^
VIEW A
U J04 0
.060
BLEND WITH J2 R
—.030 R MAX PERMISSIBLE
0»€ PLACE ONLY
—CUTOUT THRU
-5 EQUAL SPACES AT.200 ±.002 PITCH
TOTAL 1.000 ± .002 TOLERANCE NON CUMULATIVE
CUTOUT THRU-
2 PLACES
BLEND WITH
•a R
«»:♦ 1
1 t + -*- + + *
I 4 + 4+ + +
13 EQUAL SPACES AT
.200A.002 PITCH
TOTAL 2.600 £.002
TOLERANCE
NON-CUMULATIVE
4.260
3.700 R , EF
-jz
3 PLACES
- J005 MAX. ALLOWABLE STEP EO
ABOVE SURFACE. STEP KLOW
SURFACE NOT PERMTTTEO
-.062 X 45* TVP
• 979 FOR
STEP ONLY.
- j$g 0IA 84 "C’t-ES
SECTION F-F
EEj
A REVISED PER TDRR ^/+Z
a "REVISED PER TDRR 3zyz9
CUTOUT TNRU
140 DIA
SIR DIA SPOTFACE
m
-•1 I.OTO
-US 8 BEf -
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANOARDS
PRESCRIBED BY MIL-0-70327
2. MAT1: ASTM NO. ZK60A-T5 MAGNESIUM ALLOT PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EOGES .003 -.015
4. UNLESS OTHERWISE SPEC I FIE a FINISH 125/ ______
y 1*29 REF—
5. ALL RAOtt ANO FILLETS TO BE J .J UNLESS
OTHERWISE SPFCIFIEO
B-FNBH MJL SURFACES TO W PLATED.
COPPER PLATE PER MIL-C-I455D,CLASS 2.THEN ELECTROLESS
NICKEL PLATE PER MIL-C 26074A, CL ASS 1. ALL DIMENSIONS TO,
AND FINISHES OF, PLATED SURFACES APPLY AFT E R PLATING.
FINISH MACHINING AFTER PLATING IS PERMISSIBLE A§ LONG AS MINIMUM
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS.
PLUG THREADED INSERT HDLEB DUMNG PLATING-
SECTION G-G
SCALE B/t
— S&7IG5 <W>MGA«E POINT)-
. 17.488_
17.468
-.015 R MAX PERMISSIBLE
SECTION E-E
A *•*—
cwioo-x;|fg,
-,272 DIA
CBORE .408 DIA X .M2 OECP
2 11000115^2
I 1 IQOBIOI-l
-•0-32UNF-2B THRU
82* ±t*CSK, jJ^OIA
!-» .003 01A 1
SEE NOTES BAB
SECTION A-A
SECTION B-B
2 PLACES
SECTION C-C
-.01* R MAX PERMISSIBLE
[UNLESS OTHERWISE SHOOK)
XX ±.02 3= ,
->+- XXX £.005 o* 30
" oo wot *>tE tmb oEwwns
MATERIAL
SEE NOTE 2
INSERT. THREAQEO. SELF-LOCK INC
‘ FRAME. TRAY__
MANNED SPACECRAFT CENTER
FRAME,
TRAY I
1008101
AWUCATION
[»CAU I/I | WT
[•MEET
><■
1018001
SECTION D -D
►j005 MAX ALLOWABLE STEP-
ABA/E SURFACE STEP BELOW
SURFACE NOT PERMITTED
i A REVIgED PER TDRR Q£ Z t
B REVISED PER TDRR SZYZ9 r
C REVISED PER TDRR 02?//
PLACES /—JZ R
~. 3 <
• UO —
.096* r
2.150 I v/TYP^
2.130 .748 *
» .^4 4 sC
' i jio/ r 'y 14 1
I IA J-U625 J-1.237
.015 R MAX PERMISSIBLE
1 --
1^—-7M-J *-
CUTOUT THRU
.140 OIA
JJgOlA SPOT FACE
2 HOLES
•oaoJL
VIEW A
SCALE 2/1
L,7T^
iL&g
BLEND WITH J2 R
-.030 R MAX PERMISSIBLE
o*c place only
rCUTOUT THRU
-5 EQUAL SPACES AT.200 ±.002 PITCH
TOTAL 1.0001.002 tolerance non cumulatnc
t?n*r
nnn
13 equal SPACES AT
.200±.002 PITCH
TOTAL 2.400 ±.002
TOLERANCE
NON-CUMULATIVE
1 HI?
3.700 ,
;gjgx4*^
2 PLACES
BLEND WITH
.12 R
A X L
.M"
-JZ
3 PLACES
; (FROM SAGE POMTh
- J005 MAX ALLOWABLE STEP EO
ABOVE SURFACE. STEP BELOW
SURFACE NOT PERMITTED
-.042 X 45° TYP
~'.S$ DIA 04 NOlCS
SECTION F-F
PTr~j j^Hl
HHri
1.070
_ 2.'50 rEF-
2.130
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANOAROS
PRESCRIBED BY MH.-D-70327
2. MAT 1: ASTM NO. ZK40A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005 -.015
4. UNLESS OTHERWISE SPEC I FIE ft FINISH !«/ ?29
5. ALL RADII ANO FILLETS TO BE *jg UNLESS
OTHERWISE SPECIFIED
A PNSH ALL SURFACES TO ■ PLATEOl
COPPERPLATE PER MIL-C-I4550.CL ASS 2 .THEN ELECTROLESS
NICKEL PLATE PER MIL*C*26074A,CL ASS 1. ALL DIMENSIONS TO,
AND FINISHES OF, PLATED SURFACES APPLY AFTER PLATING.
FINISH MACHINING AFTER PLATING IS PERMISSIBLE AS LONG AS MINII
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS.
PLUS THREADED INSERT HOLES DURM8 PLATING.
SECTION G-G
SCALE E/I
"fell'S < FR0M OAGE POINT)-
-.OIS R MAX PERMISSIBLE
SECTION E-E
-.272 DIA
CBORE .404 OIA X .M2 DEEP
2 IOOOHS-2
• iooeioi -1
MIX «* TH * U
\ l L I0-32UNF-2B THRU
f=i 82 * ±I*CSK, jIjDIA
pJ |-» .005 DIA~ |
SEE NOTES GAB
SECTION A-A
SECTION B-B
•or-" '
SECTION C-C
-.OIS R MAX PERMISSIBLE
UNLESS OTHERWISE SPECIFIED M < < M
- DIMENSIONS AM IN RICHES
TOLERANCES ON ■»
' FRACTIONS DECIMALS AMUES «*** M.
± xx *.02 * .
-**- XXX±.005 30 checked_
- 00 NOT SCALE THIS 0BAWIN6 APPROVAL j
MATERIAL
SEE NOTE 2 ^
INSERT, THREAOEO. SELF-LOCKING
’ FRAME, TRAY
MANNED SPACECRAFT CENTER
FRAME,
TRAY I
1008101
CUTOUT THRU
SECTION F-F
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MAT'l: ASTM NO. ZKS0A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS AND BREAK SHARP EDGES .00S-.0I5
4. UNLESS OTHERWISE SPECIFlEa FINISH 125/
5. ALL RADII ANO FILLETS TO BE*jJ UNLESS
otherwise specified
«. FINISH: ELECTROLESS NICKEL PLATE ALL OVER FEW NDIOOEISS.
DIMENSIONS AND FINISHES APPLY AFTER PLATRNL PLUS
THREADED INSERT HOLES DURIRS PLAT INS
SECTION E-E
5* 0'ACfl5'- /
SECTION A-A
2 PLACES
. THRU
■1 L*-I0-32UNF-2S THRU
- 82*±I # CSA, •‘I^DIA
SEE NOTES 6&t
SECTION B-B
2 PLACES
272 DIA
CBORE .406 DIA X .142 OEEP
2
IOOOII5-2
INSERT. THREADED, SELF-LOCKING
1
1000 a-i
FRAME, TRAY
QTY
REQO
PART OR
OENTIFYING NO.
NOMENCLATURE OR
DESCRIPTION
5
SECTION C-C
.015 R MAX PERMISSIBLE
TOLERANCES ON
TRACTIONS _
XX ±.02
00 NOT SCALE THIS
XXX±.005 0*30'
-1 0 RA PAN 6 _
MATERIAL
SEE NOTE 2
I MEAT TREATMENT
SEE ROTE S
UST Of MATERIALS
N t 0
——"MAI A. few*-
T
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
FRAME,
TRAY I
CODE IOENT NO
1008101
l_
4 *
[ PH0TO4RAPMC «CALC ONUT !.
MB
2
1
1 |&t«Wi iF Jv*j^nM* ’
n
SECTION D-D
»j0O5 MAX ALLOWABLE STEP-
ABAVE SURFACE STEP BELOW
SURFACE NOT PERMITTED
REVISED PEW TOWR Q£ Z if*/# ( t
REVISED PER TDRR. Jfgy r ;-<j jj~
REVISED PER TWko*9/> L»jS
REVISED PEW TWW > *_* * *'•*' ^ 1
R EVISED PER TDRR u
REVISED PER TDRR z\l*T. ~
.015 R MAX PERMISSIBLE -
CUTTER RADIUS—
r.ioo
Ill30 .748 *
i .MS 4
b 4 ^IZg
SnJOSx—J2 R
M .38
^ .36
.110 - ^
.owr* r
“iff
-CUTOUT THAU
-i-IA25-^-‘-237-i-1
,0005 IN/Pli 1 1-“
- 1 -—izzfcza
4 B tlOO TYP
.220 >
•2It n 30-
SS-iL ?
TYP 30*
>0003 MAX STEP BELOW ADJACENT SURFACE
PERMISSIBLE FOR SHADED AREA ,_.
STEP MAY NOT EX TEND TO LEFT OF SURfACE f-F-l
-.140 DIA
•|f§DIA SPOTFACE
2 HOLES
VIEW A
SCALE 2/1
030 R MAX PERMISSIBLE
Ot€ PLACE ONLY
-5 EQUAL SPACES AT.200 ±.002 PITCH
TOTAL 1.0001.002 TOLERANCE NON CUMULATIVE
,, _ __ CUTOUT THRU—v
91 + t*?
.040 *
2 PLACES
BLEND WITH
.12 R
mt:: u
-U4
i
13 EQUAL SPACES AT
| 2.712
.2004.002 PITCH
|
TOTAL 2.G00 4.002
ll J 42 l
tolerance
r H + + + "
H *122 \
NON-CUMULATtVE
lu +«♦♦♦♦■
1m 1
_J_1
Tltt
Hi”® \E2
— 4*40 UNC -38 . ft7
TAP AFTER AN0DIZIN6 (FROM CAGE POW
-•jjg 0,A 84 HOLES
i-w-.ooa diaI
i r
SECTION F-F
T
1. INTERPRET DRAWING IN ACCORDANCE WITH STANOAROS
PRESCRIBED BY MH.-0-70327
2. MAT'l: ASTM NO. ZKG0A-T5 MAGNESIUM ALLOY PER 00-M-3IA
3. REMOVE BURRS A NO BREAK SHARP EDGES £03 -.0 IS
4. UNLESS OTHERWISE SPEClFtEOk FlNISM
5w ALL RADII A NO FILLETS TO •E’jJ UNLESS
OTHERWISE SPECIFIED
B. FINISH: ELECTROLESS NICKEL PLA TT ALL OVER MER ND1002 IBB.
DIMENSIONS AND FHtSNES AFPLY AFTER FI Atm FEUB *
THREADED INSERT HOLES DURING PLAYUMI
SECTION G-G
SCALE 2/1
FART NUMBER AND OTHER
PERMANENT MARKING FOR
PROCESSING PERMITTED
IN THIS AREA. ELECTRO¬
CHEMICAL ETCH .12 HIGH
CHARACTERS LOCATE
CENTRALLY
l+ft
-yin
-i» r
-as—*
-•l 1.070
-ij§8 BtF
— UlJIJI (FROM GAGE POINT)
17.408_
17.468
-.015 R MAX PERMISSIBLE
SECTION E-E
cwoo-*:!,§/
-i272 DU
CBORE .408 DIA X .M2 DEEP
2 IOOOII5-2
l 100001-1_
j INSERT THREADED, SELT
' FRAME, TRAY_
.•O'K/IS
SECTION A-A ■
2 PLACES
i >:!!! d,a th ™
«J l L K>- 32UNF-2B THRU
82* ll’CSK, *|5® DIA
s l-o- .005 DIA~ |
SEE NOTES BAB
SECTION B-B
2 PLACES
SECTION C-C
-.019 R MAX PERMISSIBLE
UNLESS OTHERWISE SKClfCO n |||||||
- DIMENSIONS ARE M MCMES * c£
TOLERANCES ON «—■«»
' FRACTIONS OCCRRAU RMUS qrawm £._*■
■ -M- xxxl:005 0^30' CHECRED
- 00 NOT SOU THIS OAMMNO AAFNOVAlJL
MATERIAL ITIT.OWIU.
SEE NOTE 2 —
LIST OF MATERIALS
MANNED SPACECRAFT CENTER
FRAME,
TRAY I
NEXT AMT | USED 3»
APPLICATION
1008101 •
1 SHEET | OfI
HI
1008101 J
SECTION D-D
CUTTER RADHJC
.005 MAX ALLOWABLE STEP-
ABAVE SURFACE STEP BELOW
surface not permitted
.**o_ ^
.096* r
2.150 —
2.130 .748
I .748
1.070
REF •**
.015 R MAX PERMISSIBLE-
L .I35
TYPJ 1.270
-POOS MAX STEP BELOW ADJACENT SURFACE
PERMISSIBLE FOR SHADEO AREA ___
STEP MAT NOT EXTEND TO LEFT OF SURFACE03
* 8 -H* ?
TYP 30®
VIEW A
SCALE 2/1
U J04 0
BLEND WITH J2 R
030 R MAX PERMISSIBLE
-5 EQUAL SPACES AT.200 ±.002 PITCH
TOTAL 1.000 ±.002 TOLERANCE NON CUMULATE
:&§««**•-
2 PLACES
BLEND WITH
•12 R
tnr : :
1 ♦
1 ++-»+■»■•►'
1
13 EQUAL SPACES AT
.200A.002 PITCH
TOTAL 2.800 £.002
tolerance
NON-CUMULATIVE
-*4-40 UNC*36
TAP AFTER AN0DBIN8 £|(<FM)M6A
SECTION F-F
I-o-l l-fe-l
NOTES:
1. INTERPRET 0RAWIN6 IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MAT1: ASTM N0.ZKS0A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EOGES .005-.015
4. UNLESS OTHERWISE SPECIFIER FINISH 125/
5. ALL RAOII ANO FILLETS TO BE *j J UNLESS
OTHERWISE SPECIFIEO
B. FINISH: ELECTROLESS NICKEL PL ATT ALL OVER APR ND1002198.
DIMENSIOHi AND FMISHES APPLY AFTER FLATUS PtUS •
THREADED INSERT HOLES DURING PLATING
SECTION G-G
SCALE t/l
PART NUMBER AND OTHER
PERMANENT MARKING FOR
PROCESSING PERMITTED
SI THIS AREA. ELECTRO-
CHEMICAL ETCH. 12 HIGH
CHARACTERS PER ND1002019
LOCATE CENTRALLY
-.140 DIA
: i|0°IA SPOTFACE
2 HOLES
\m
-Hh
1.070
-Jff (FROM GAGE POINT)
-.015 R MAX PERMISSIBLE
SECTION E-E
*I8( fllA
.190 ^
KKX>*x;|fg y
-i272 DIA
CBORE .408 DIA X .M2 DEEP
2 1000115 -2
i tooeioi-i
el V L I0-32UNF-2S THRU
U " 82* 11‘CSK, -JI^DIA
1-^ .005 oiaH
SEE NOTES SAB
f - 2 * 1 r^*
SECTION A-A
2 PLACES
SECTION B-B
2 PLACES
SECTION C-C
-.015 R MAX PERMISSIBLE
UNtESS OTHERWISE skckkd 1
- DIMENSIONS MK M MChEs IMRT RUMl
TOLERANCES ON «ws.»
' FRACTIONS OfCMAU ANOLES ORAWN t
XXX£*.005 0^30' CMEC«0
- PO NOT SCALE THIS D R A WIN G APPROVAL d 4
MATERIAL ippMMBi
SEE NOTE 2 -
INSERT THREAPED. SELF-LOCKIN
' FRAME. TRAY_
MANNED SPACECRAFT CENTER
FRAME,
TRAY I
[5 I
1008101
.062 RADIUS-
16 PLACES
II EQUAL SPACES AT'|** =
TOLERANCE non-cumulative
3 PLACES
2 EQUAL SPACES
TOLERANCE NON-CUMULATIVE
•7 equal spaces at ;|”=;® 7 7 *
tolerance non-cumulative
. 99.* /
•|J007 t
/
irrt®
:olo~n H'
-.875-*j
4 EQUAL SPACES AT
TOLERANCE NON CUMULATIVE
. 14 EQUAL SPACES AT*!|J«J'Jg
TOLERANCE NON-CUMULATIVE
. DIA 20 P HOLES
*IB7 DtA ™ RU ---
C‘BORE FAR SIDE .302 DIA
TO OEPTH SHOWN, SECTION l
22 EQUAL SPACES AT *|p*f*^|
TOLERANCE NON-CUMULATIVE
? EQUAL SPACES AT
TOLERANCE NON-CUMULATIVE
-CUTTER RAOIUS
.187 MIN
4 PLACES
22 EQUAL SPACES AT;|P~ 2 . 75 I
TOLERANCE NON-CUMULATIVE
ir
SECTION H-N
SCALE 2/1
DIA 149 HOLES
VIEW B-B
. 3 EQUAL SPACES AT If! = ; 37 I
TOLERANCE NON-CUMULATIVE
6 EQUAL SPACES AT
TOLERANCE NON-CUMULATIVE
REV B THIS SHEET ADDED
UNLESS OTHERWISE SPECIFIED
- DIMENSIONS ARE M INCHES , "* 1
_ TOLERANCES ON rm-m
’ FRACTIONS DECIMALS ANGLES MAWN ^
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS _
FRAME.
TRAY I
TO. I SIZE NASA ORAWRUG NO**
E ■" 1008101
2
■irsi^nsian
am*
MARKING VIEWS
4
3
SECTION D-D
CUTTER RADIUS
i :!!8 .748 ♦3°-^
-.005 MAX ALLOWABLE STFP-
ABOv£ SURFACE STEP BELOW
SURFACE NOT PERMITTED
fSjkCES,'—.12 R
.015 R MAX PERMISSIBLE-
.040 JL
VIEW A
SCALE 2/1
r .005 MAX ALLOWABLE STEP ABOVE 1 ~B~|
\ STEP BELOW SURFACE NOT PERMITTED
\ BLEND .12 R WITH .000/.030 R
L .I35,
.115 1
A REVISED PER
B REVISED PER TDRR
C REVISED PER TO R Ro^?//
D REVISED PER TDRR
E REVISED PER TDRR T
F REVISED PER TDRR ft'jjr
G REVISED PER TDRR 03781
H REVISED PER TDRR j(, (/
J REVISE PER TDRR H319
REF •»« | .618
-t-1X2 5-1-1.237 -1-
- 0003 MAX STEP BELOW ADJACENT SURFACE
PERMISSIBLE FOR SHADED AREA ,_.
STEP MAY NOT EX TEND TO LEFT OF SURFACE l -F- |
.140 DIA
•IISOIA SPOT FACE
U .040
.060
BLEND WITH .12 R
-BREAK EDGE THIS SIDE .03
-.030 R MAX PERMISSIBLE
0PLACE ONLY
niTAIlT TUDII
-5 EQUAL SPACES AT .200 ±.002 PITCH
TOTAL 1.000 ±.002 TOLERANCE NON CUMULATIVE
CUTOUT THRU-
\ 13 EQUAL SPACES AT
, 712 .200±.002 PITCH
i TOTAL 2.600 ±.002
(SSI TOLERANCE
*\45\ NON-CUMULATIVE
.040 v tf
.060 X45±5 ~
2 PLACES
BLEND WITH
.12 R
-4-40 UNC-3B
SEE NOTES
SEE VIEW
if? < FW)M 6AGE POINTJjW-^
2 PLACES FOR
MACHINING LOCATION
i r*
SECTION F-F
NOTES:
1. INTERPRET OR AWING in ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-0-70327
2. MAT'l: ASTM N0.ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS AND BREAK SHARP EDGES .005 -.015
4. UNLESS OTHERWISE SPECIFIED. FINISH 125/ .729 REF-
5. ALL RADII AND FILLETS TO BE'jJ UNLESS %
OTHERWISE SPECIFIED
6 . FINISH: ELECTROLESS NICKEL PLATE ALL OVER PER NDI002I98.
CHMENS 0M6 AND FINISHES APPLY AFTER PLATING. PLUG
THREADED HOLES DURING PLATING. SPECIFIED THICKNESS NOT REQUIPFD
M ALL HOLES AS LONG AS PLATING IS CONTWUOUS THROUGH EACH HOLE
7. COAT THREADS OF FIND NO. I ft FIND N0.2 WITH MIL* P- BftBS WET ZINC
CHROMATE PRIMER. _ , _ _ _____ - ___
t. M/W CHARACTER BLACK PER NO 1002019 EXCEPT SURFACE D. AFTER PLATWO
ELECTRO - CHEMICAL ETCH PER ND 1002019 ALL CHARACTERS ON SURFACE
G F*IHT (g02 U0TYPE ||, USING K>I0?*9-I ALL SURFACES BETWEEN VIEWING PLANE
AND END OF FRAME UNLESS OTHERWISE SPECIFIED. ALL HOLES TO BE FREE OF
K> PAINT PER NDI002II0 TYPE II, USING I0I0729-S. CHARACTER TO BE TYPE I PER NO
1002122. CENTRALIZE AS SHOWN
.005 MAX. ALLOWABLE STEP EO
ABOVE SURFACE. STEP BELOW
SURFACE NOT PERMITTED
,062 X 45° TYP
-PART NUMBER AND OTHER
PERMANENT MARKING FOR
PROCESSING PERMITTED
IN THIS AREA. ELECTRO¬
CHEMICAL ETCH .12 HIGH
CHARACTERS PER ND1002019
LOCATE CENTRALLY
m
ini
UOTO
.2.150 rEF-
2.130
SECTION G-G
Kill (FROM GAGE POINT)-
-.015 R MAX PERMISSIBLE
SECTION E-E
:!I8 <».
CSK 100* X * ■
-.272 DIA
CBORE .406 DIA X .M2 DEEP
I0-32UNF-2B THRU
SEE NOTES 6 A7
SECTION A-A
SECTION B-B
SECTION C-C
-.015 R MAX PERMISSIBLE
2 IOOOII5-2
i iooeioi-1
TOLERANCES ON — -
"FRACTIONS DECIMALS ***** DRAWN » **hk»~* OATt _
-*+- XXX±!o05 0*30' CHCCKID .
- OO NOT SCAU THIS ONAWANG APPROVAL
MATERIAL " " A i r nP1JRL_
SEE NOTE 2 _
INSERT, THREADED, SELF-LOCKING
' FRAME. TRAY_
MANNED SPACECRAFT CENTER
FRAME,
TRAY I
UttO V* (final finish-
m SEE NOTE •
1008101
I
VIEW B-B
SCALE:2-1
2
-.140 0IA
-Ilgo.A spotface
2 HOLES
VIEW A
SCALE 2/1
_ jil*—060 BLEND WITH .12 R
X
-005 MAX ALLOWABLE STEP ABOVE I ~B~|
STEP BELOW SURFACE NOT PERMITTED
BLEND .12 R WITH .000/030 R
-.030 R MAX PERMISSIBLE
ONE PLACE ONLi
2 PLACES
BLEND WITH
.12 R
.576.
.572
5 EQUAL SPACES AT .200 ±.002 PITCH
TOTAL 1.0001.002 TOLERANCE NON CUMULATIVE
CUTOUT THRU
, 3.010
13 EQUAL SPACES at 2 - 9 , 90
.200±.002 PITCH
TOTAL 2.600 ±.002
TOLERANCE
NON-CUMULATIVE
.314
'.310
4-40 UNC-3B
SEE NOTE 6
i r
.430
.400
NOTE*
1 .
I 2.
3.
4.
5.
6 .
7.
t.
9.
10.
SECTION F-F
INTERPRET DRAWINO IN ACCORDANCE »ITH STANDARDS PRESCRIBED
BY MIL-D-70327.
IIAT'L: ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-31A.
REMOVE BURRS AND BREAK SHARP EDGES .005 -.015
UNLESS OTHERWISE SPECIFIED, FINISH 125
ALL RADII AND FILLETS TO BE iio UNLESS OTHERWISE SPECIFIED.
FINISH ELECTROLESS NICKEL PLATE ALL OVER PER *^002196 ^
DIMENSIONS AND FINISHES APPLY AFTER PLATING. PLUG THREADED
HOLES DURING PLATING. SPECIFIED THICKNESS NOT REQUIRED IN
ALL HOLES AS LONG AS PLATING IS CONTINUOUS THROUGH EACH HOLE.
COAT THREADS OF FIMD NO. 1 G FIND NO. 2 WITH MIL-P-8585 NET
ZINC CHROMATE PRIMER. _ • *crro
MARK CHARACTERS BLACK PER ND 1002019 EXCEPT SURFACE B. AFTER
PLATING ELECTRO-CHEMICAL ETCH PER ND1002019 ALL CHARACTF
ON SURFACE D O r WTRALIZE AS SHOWN.
PAINT PER ND100211Q TYPE II USING 1010729-1 ALL SURFACES
BETWEEN VIEWING PLANE AND END OF FRAME UNLESS OTHERWISE
SPECIFIED. ALL HOLES TO BE FREE OF PAINT.
PAINT PER ND1002110 TYPE II USING 1010729-3. CHARACTERS
TO BE TYPE I PER ND1002122. CENTRALIZE AS SHOW.
.729 REF
SECTION E-E
5° O'
SECTION A-A
2 PLACES
L K) J 32UNF-2B THRU
U " 82® ±I°C$K, J 99 DIA
!♦ .005 DlA~ |
SEE NOTES6 &T
SECTION B-B
2 PLACES
SECTION C-C
-.272 DIA
C BORE .406 DIA X .M2 OEEP
-.015 R MAX PERMISSIBLE
2
1000115-2
INSERT. THREADED. SELF-LC
1
looeioi -1
FRAME. TRAY
QTY
PART OR
NOMENCLATURE OR
REQO
IDENTIFYING NO.
DESCRIPTION
1007141
NEXT ASSY
USED OH
| APPLICATION |
DIMENSIONS ARC IN INCHES
TOLERANCES ON
FRACTIONS DECIMALS ANGLES
XX -.02
XXX±.005 0 * 30
DO NOT SCALE THIS DRAWING
MATERIAL
SEE NOTE 2
HEAT TREATMENT
L FINISH
SEE NOTE B
list of materials
DRAWN > **V* > ’ DATE _
CHECKED _
NASA APPROVAL
MIT APPROVAI
MANNED SPACECRAFT CEf TR
HOUSTON TEXAS
FRAME.
TRAY I
NASA DRAWING NO
1008*01
(SHEET | OF 3
y
M
B THIS SHEET ADDED
C RFVISf 0 Pl« TORR 027{/_ _
~Q~ REVISED PER TDRW
E REVISEO PER TDR R
F REVISED PER TDRRq3^?
0 Kt-vi-,1-0 PFR TDRR Q37ei
H REVISED PER TCRR
J REV ISE~ PER TERR 11 319
K I REViSES PER TDRR <2596
4 EQUAL SPACES AT ^f^cof
TOLERANCE NON cumulative
.062 RADIUS-
16 PLACES
*187 D,A ™ RU -
C' BORE FAR SIDE .302 DIA
TO DEPTH SHOWN, SECTION H-H
II EQUAL SPACES AT’J^s
TOLERANCE NON-CUMULATIVE
3 places
2 EQUAL SPACES AT \\Ij\2S2
TOLERANCE non-cumulative
•7 EQUAL SPACES at lll^ =;©77
tolerance non-cumulative
14 EQUAL SPACES AT |*jg
TOLERANCE NON-CUMULATIVE
Jju _.0
l * 0
*1 I. lTTt-382 r-^nl
- 1 M 1
JJ ‘ .064
~fl r~. 0 fep
_2.I73 ! _
g-177 / ,. e88
U »- 662 '
'*.063 ^ 20*P*HOLES
-^lT ptC«
•-.765-*1
J68 '
>-06000 0 OQ0 O
.064_j
.060^
T_1.027
.074 T~ 1.023 '
.07dn f"
-#l-
•060 ] r~_V J_
TOLERANCE NON-CUMULATIVE
22 EQUAL SPACES AT *{ 2 ?*2*752
" TOLERANCE NON-CUMULATIVE
TOLERANCE NGN cumulative
V radius! I
10 PLACES j
-—— 3.700 —
—CUTTER I
-CUTTER RAOIUS
187 MIN
4 PLACES
ir
gJJoiA !49 HOLES
. 3 EQUAL SPACES AT ;]||= 37 3 '
tolerance non-cumulative
6 EQUAL SPACES AT
tolerance non-cumulative
VIEW B-B
REV B THIS SHEET ADDED
SECTION H-H
SCALE 2/1
mvinow TDAft
section D-D
CUTTER RADIUS
eo
.005 max allow ab_e stfp-
A 80 ^E SURFACE S : EP BELOW
SURFACE NOT PERMITTED
l.ljO .748 ’
I .7A6 +
.015 R MAX PERMISSIBLE-
A REVISED PER TDRR GZ'+Z
B REVISED PER TDRR _
~ REVISED PER TDRR ..^7/^ ^
D REVISED PER TDRR * v " /
E pp VISED PER TDRR
F pfVISED PE R TDRR
~7T~ REVISED PEK TDRR 03781
H RF VISED PER TDRR
rr RFv SF PER TDRR H3'?_
K REVISED PER TDRR >2595
REVISED PER TDRR 14*44-
.040 JL
.OfeO^*^ -
TYP 30
-0003 MAX STEP BELOW ADJACENT SURFACE
PERMISSIBLE FOR SHADED AREA , —>
STEP MAY NOTEXTENDTO LEFT OF SURFACE ! - F-J
-.140 DIA
•||gDIA SPOTFACE
2 HOLES
view A
SCALE 2/1
n
LiW—ISso blend with .11
it
C-.005 MAX ALLOWABLE STEP ABOVE 1 ~ B d
\ STEP BELOW SURFACE NOT PERMITTED
\ BLEND .12 R WITH .000/.030 R
-BREAK EDGE THIS SiDE .03
-.030 R MAX PERMISSIBLE
0 *£ PLACE ONLY
-5 EQUAL SPACES AT .200 ±.002 PITCH
TOTAL 1.0001.002 TOLERANCE NON CUMULATIVE
CUTOUT THRU-
*#P|^
break EDGE 2 PLACES THIS SlOE .03-
-CUTOUT THRU
1 \ 3.010
I » 7 990
_^F\ 13 EQUAL SPACES AT
, 7 t2 .200±.002 PITCH
*' . TOTAL 2.600 ±.002
1 |55 1 TOLERANCE
r:\45 \ NON-CUMULATIVE
4.260
_ ' REF
3.700 i
-125 DIA x. 19 DEEP
2 PLACES FOR
MACHINING LOCATION
2 PLACES V *
BLEND WITH
.12 R .576_
.5?2
-4*40 UNC-3B
SEE NOTES
-.062 ^—.094
4q7 (FROM GAGE POINT)
L .I2
3 PLACES
- .005 MAX. ALLOWABLE STEP E1Z3
ABOVE SURFACE. STEP BElOW
SURFACE NOT PERMITTED
J.6I0 LN—.<
• 5, T
,062 X 45° TYP
SECTION F-F
I B I INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED
* «T-L:'5i™ 3 N 7 o: 2K60A-T5 MAGNESIUM ALLOT PER 00-H-31A.
I. REMOTE OURRS AMO BREAK SHARP EDGES 005 -.015
4. UNLESS OTHERWISE SPECIFIED, FINISH 125
5. ALL RAOU AMO FILLETS TO BE Hi UMLESS OTHERWISE SPECIFIED.
6. FINISH EtECTROLESSHI^EL PLATEAU WERNER NJ™, on|
So?ES S DURING l pLAnHf SPECinEO THICKNESS NOT REQUIRED IN
•, SSSLs m air. s E -
8 W,rPERWl5o2l” L WE A t. 9 urN; 1010723-1 ALL SURFACE.
k^eeS 3iS"S JJSne AND end of fname unless otherwise
10. PA^NT^PER*ND 1 002110^TYPE^H
TO BE TYPE I PER ND1002122. CENTRALIZE AS 5HUM«.
• 3,3 FOR
STEP ONLY.
SECTION G-G
SCALE 2/1
PART NUMBER AND OTHER
PERMANENT MARKING FOR
PROCESSING PERMITTED
IN THIS AREA. ELECTRO¬
CHEMICAL ETCH .12 HIGH
CHARACTERS PER ND1002019
LOCATE CENTRALLY
U. 55 -J
-4 1.070
2.130 wE F
'2.130
-.015 R MAX PERMISSIBLE
ly'Ei ( FR0M 6AGE P ° ,NT)
SECTION E-E
CSK 100'X-ffgy
-.272 DIA
C BORE .406 DIA X .142 DEEP
IQ0QII5-2
" 1006101 ~ I
1 INSERT. THREADED, SELF-L CKING
' FRAME. TRAY ~ _
nomenclature or
description
L|||dia THRU
SECTION A-A
2 PLACES
v L^)432UNF-2B THRU
——| H2° ll e CSK, j9^0IA
^ 4 ‘ 5 fj |-fr .005 DIA~1
SEE NOTES 6 &7
SECTION B-B
2 PLACES
-J U-. 245 ^\
5*-»JU-
SECTION C-C
-.015 R MAX PERMISSIBLE
UNLESS OTHERWISE SPECIFIED INSTRUMENTATION LAS
- DIMENSIONS ARE IN INCHES c*..o«
tolerances on ■ *** " -—-j- c< *'**-' —
FRACTIONS DECIMALS ANGLES DRAWN jr- ***^f^_ UATl _
“ -4- XXX+.005 0* 30' CHCCKED , —
_ D O NOT SCALE THIS DRAWING _ APPROVAL kb r tSSt- -
material approval___
SEE NOTE 2 __
MANNED SPACECRAFT CE ITER
HOUSTON TEXAS _
FRAME.
TRAY I
USED DN final FINISH
m SEE NOTE •
NASA DRAWING NO
I008‘0I
2
M 6 THIS SHEET APDEPgy*?
§ c REVISED PE* TQRR g*7// E?-
D "REVISED PER TPRR &*'** ** 1 ~ 4
^ E REVISED PER TDRR/o3?-*>-S
Cp F REVISED PER TDHRnW>
49 C Ktivi^tu PER TDHP 03781 \uj
& M RE VISED PER TORR Q^7/ f '
/ nv 1 J {REUSED PER TERR HBI? V
jfo K REVISED PER TPRR IZ536 *»
L !/P£/S£<T P£R T0&? 14444- ~s.
4 EQUAL SPACES AT ^^02
tolerance NON CUMULATIVE
.062 RADIUS-
16 PLACES
_ .187
"c BORE FAR SIDE .302 DIA
TO OEPTH SHOWN, SECTION ►
.1 _.084
.060
I 1.493 '
jfc“7
22 EQUAL SPACES AT
TOLERANCE NON-CUMULATIVE
Jks “7"
II EQUAL SPACES AT*]^ =
TOLERANCE NON-CUMULATIVE
3 PLACES
TOLERANCE NON-CUMULATIVE
-7 EQtAL SPACES at 'Jf 7 = I© 77
TOLERANCE NON-CUMULATIVE
J L_- 074
^ r.o7o
TOLERANCE NON-CUMULATIVE
14 EQUAL SPACES AT
TOLERANCE NON-CUMULATIVE
_2.I73 J __
ZA11 / 1.868
1.882""
.064_«j ^
.060^
5 —j u —-I r.SV-
—ml ——‘If-1 yr —
22 EQUAL SPACES AT;!??“ llTsi
TOLERANCE NCN CUMULATIVE
-:g$i “* 20-1
nr
-— 3.700—
i -—CUTTER I
-CUTTER RACHUS
ie7 MIN
4 PLACES
3.1 10 _/
FOIA !49 HOLES
VIEW B-B
SECTION H-
scale 2/1
. 3 EQUAL SPACES AT 'If? ^ 37 *
TOLERANCE NON-CUMULATIVE
6 EQUAL SPACES AT ;jfj = 74 J
TOLERANCE NON-CUMULATIVE
REV B THIS SHEET ADDED
UNLESS OTHERWISE SPECIFIED
- DIMENSIONS ARE IN INCHES INRTNI
_ TOLERANCES ON »«« -
“ FRACTIONS DECIMALS ANGLES
* ^XX/ifes 6*30* CHECKED
- DO NOT SCALE THIS DRAWING APPROVAL^
MATERIAL .71
MANNED SPACECRAFT CENTER
HOUSTON TEXAS
FRAME.
TRAY I
5o" SUE NASA DRAWING NO
E 1008101
2
5
A
1
3
2
SECTION D-D
-.005 MAX ALLOWABLE STEP —
ABO t SURFACE STEP BELOW
SURFACE NOT PERMITTED
CUTTER RADIUS -
3“.12
2 PLACES y—.12 R
2150 -
2.130 .748
I .746
3O°TYP^|0^gV
.015 R MAX PERMISSIBLE-
A REVISED PER _ _
B REVISED PER TDRR |
C REVISED PER TDRR ^7//
D REVISED PER TDRR
E REVISED PER TDRR, "
F R EVISED PER TDRR
G REVISE D PER TDRR 03781
H REVISED PER TDRR . ^ ^
~J~ REVISE PER TDRR U ? ?
K REVISED PER TDRR 1Z5?3
L REVISED PER TDRR
A/ \t£0s£B
'• 07 ° I 812 f r
REF I .616
-*-1.625-*-1.237-1-
-0003 MAX STEP BELOW ADJACENT SURFACE
PERMISSIBLE FOR SHADED AREA __„
STEP MAY NOTEXTENDTO LEFT OF SURFACE ! - F- |
VIEW A
Jr
i BLEND WITH .12 R
r-.005 MAX ALLOWABLE STEP ABOVE I ~B~|
\ STEP BELOW SURFACE NOT PERMITTED
\ BLEND .12 R WITH .000/.030 R
-BREAK EDGE THIS SIDE .03
-.030 R MAX PERMISSIBLE
Oft place QNLt
-5 EQUAL SPACES AT .200 ±.002 PITCH
TOTAL 1.000 ±.002 TOLERANCE NON CUMULATIVE
CUTOUT THRU-.
sr :i
BREAK EDGE 2 PLACES THIS SIDE .03-
W + + -> * +
il + + +t4 t
•.Fj 13 EQUAL SPACES AT
-712 .200±.002 PITCH
i TOTAL 2.600 ±.002
IBBl TOLERANCE
*:i45\ NON-CUMULATIVE
.040,.
.060*
2 PLACES
BLEND WITH
.12 R
4.260
3.700 R , EF
MACHINING LOCATION
-4-40 UNC-3B
SEE NOTE 6
;J| 7 (FROM GAGE POINT)--
SECTION F-F
NOTI«<
t. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS PRESCRIBED
BY MIL-D-70327.
4 2. MAT'LJ ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-31A.
3. REMOVE BURRS AND BREAK SHARP EDGES .005 -.015
4. UNLESS OTHERWISE SPECIFIED, FINISH 125
B. ALL RADII AND FILLETS TO BE UNLESS OTHERWISE SPECIFIED.
5. FINISH ELECTROLESS NICKEL PLATE ALL OVER PER N01002198
DIMENSIONS AND FINISHES APPLY AFTER PLATING. PLUG THREADED
HOLES DURING PLATING. SPECIFIED THICKNESS NOT REQUIRED IN
ALL HOLES AS LONG AS PLATING IS CONTINUOUS THROUGH EACH HOLE.
7. COAT THREADS OF FIMD NO. 1 A FIND NO. 2 WITH MIL-P-8585 WET
ZINC CHROMATE PRIMER.
t. MARK CHARACTERS BLACK PER ND1002019 EXCEPT SURFACE D. AFTER
PLATING ELECTRO-CHEMICAL ETCH PER ND1002019 ALL CHARACTER?
ON SURFACE D CENTRALIZE AS SHOWN.
r PAINT PER D81BO2110 TY’PE IT USING 1010729-1 ALL SURFACE*
BETWEEN VIEWING PLANE AND END OF FRAME UNLESS OTHERWISE
SPECIFIED. ALL HOLES TO BE FREE OF PAINT.
10. PAINT PER ND1002110 TYPE II USING 1010729-3. CHARACTERS
| TO BE TYPE ) PER ND1J02122. CENTRALIZE AS SHOW.
' " II. AFTER PLATING.ROUGHENING OF THE SURFACES TO BE ENCAPSULATED
IS PERMITTED. PLATING SURFACE MUST BE CONTINUOUS.
.005 MAX. ALLOWABLE STEP i~ E ~ l
ABOVE SURFAC'I. STEP BElOW
SURFACE NOT PERMITTED
,062 X 45° TYP
-PART NUMBER AND OTHER
PERMANENT MARKING FOR
PROCESSING PERMITTED
IN THIS AREA. ELECTRO¬
CHEMICAL ETCH .12 HIGH
CHARACTERS PER NO 1002019
LOCATE CENTRALLY
ill
_2.»50 rE f
2.130
SECTION G-G
SCALE 2/1
16*71 IE (FROM GAGE POINT)-
-.015 R MAX PERMISSIBLE
SECTION E-E
.166 rvi a _ —
.19° ~
CSK i00*x;ffg >
-.272 DIA
C BORE .406 OlA X .142 DEEP
IO-32UNF-2B THRU
!♦ .005 DIA |
SEE NOTES6 &7
SECTION A-A
SECTION B-B
SECTION C-C
.015 R MAX PERMISSIBLE
IOOOII5-2
' iooeioi-1
UNLESS OTHERWISE SPECIFIED *,™M.iNT»TkW ...
DIMENSIONS ARC M MCHCS
TOLERANCES ON "« -
FRACTIONS DECIMALS AMWS DRAWN OATl _
XXX ±.005 0* 30' CHKntP
- DO NOT SCALE THIS DRAWING .W.nu .1 j-A
MATERIAL -
INSERT, ThREADEO, SELF-L CKING
' FRAME, TRAY __ _
MANNED SPACECRAFT CE ITER
FRAME,
TRAY I
1008101
/ /
3
2
2 equal spaces AT
TOLERANCE non-cumulative
! Stcrr
o64_* -IT
060
JL TH IS SHEET ADDED^^f
C REVISED PEP TDRR 027'/
0 REVISED PER TDRR **
E REVISEO PER TDRR Q&-45
F REVISED PER TDRRnSl^?
G KtviSbO PEP TDRR 03761
M REV' SEO PER TDRR Q&<f7/
J REVISED PER TDRR II5 1 ?
K REVISED PER TDRR \i5S i
L t£V;S£e P£R T 0 &e 144-14
At \*£//f*D AW TOeCffrl
4 EQUAL SPACES AT ^f^of
TOLERANCE NON-CUMULATIVE
i4 equal spaces at;!!**!;™!
TOLERANCE NON-CUMULATIVE
_2 • 173 / __
~ 2 - 177 / 1.068
/ 1.662
i063 *** 2O#P H0LES
-.075-*j
L._.060_J n
. 06 . Jr-»«,-.- k8
.060 | r ~_ \r S \
TOLERANCE NCN CUMULATIVE
. 3 EQUAL SPACES AT jfy =‘37*
TOLERANCE NON-CUMULATIVE
6 EQUAL SPACES AT ;|§j = 7^
TOLERANCE NON-CUMULATIVE
REV B THIS SHEET ADDED
- DIMENSIONS AIK IN INCHES c
TOLERANCES ON — -
' FRACTIONS DECIMALS ANGUS mAWN ^
* ^xxxi.005 <5*30* CHECKED
- 00 NOT SCALE THIS DRAINING APPROVAL^
I HEAT TREATMENT
“I
MANNED SPACECRAFT CENTER
HOUSTON TEXAS_
FRAME.
TRAY I
80230 E
1008101
ILJ
5
2
12 HIGH REF
MARKING OPTIONAL
H THIS SHEET ADDED O^U/,
fa J [REVISED F£R TDRR~ H3I? ‘ ~
40 K REVISED PER TDRR. 12596
L &V!S€D P6f TDfifiH4&- />
(y _r _
M ze//s£d pee TD#e/8uz
PARTIAL SECTION K-K
AAC FILTER AND TEMP CONTROLLER
MULTIVIBRATOR POWER SUPPLY
3200 CPS 3200 CPS. 20V
POWER SUPPLY -2SVDC
6IMBAL COARSE SIMBAL COARSE SIMBAL COARSE I
ALIGN AMPLIFIER ALIGN AMPLIFIER ALIGN AMPLIFIER /
@
So o P£oZ
1
ft yd3booo<fyrf3^3CT5 ^tb od~<Xo
SIMBAL SERVO AMPLIFIER {J, SIMBAL SERVO AMPLIFIER
VIEW ROTATED 180
SIMBAL SERVO AMPLIFIER
-SURFACE-D-REF
DO NOT PAINT THESE SURFACES
OR EDGES OF OPENING-
-.08 HIGH REF
MARKING OPTIONAL
-.08 HIGH TYP
SEE NOTE 8
MARKING OPTIONAL
-.12 HIGH TYP
SEE NOTE 8
MARKING OPTIONAL
Ifafl
lr** ttte
In::::?
* 5 4 3 2 | 1 /
i
I ::::+*°l
I ♦* + ♦♦♦ jl
•CS^SSS^ iaai«Q
SECTION J-J
MARKING VIEWS
REV H THIS SHEET ADDED
-00 NOT PAINT THIS SURFACE
1 TOLERANCES ON —« ■»
FRACTIONS DECIMALS ANGLES WA(VN ^
? *« ±M *
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
FRAME.
TRAY I
COOE IDENT NO I SUE I NASA DRAWING NO
90230 E 1008101
2
m
I 008 IQI
4 ,-
I
V
1
.030 R MAX PERMISSIBLE
ONE PLACE ONLY
SECTION F-F
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDAROS
PRESCRIBED BY MIL-D-70327
2. MAT1: ASTM N0.ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EOGES .005 -.015
4. UNLESS OTHERWISE SPECIFIER FINISH 12^
5. ALL RADII ANO FILLETS TO BE ’JJ UNLESS
otherwise specified
6. FMBH* ALL SURFACES TO K PLATED! ___
COPPER PLATE PER MIL-C-I455D.CLASS 2.THEN ELECTROLESS
NICKEL PLATE PER MIL-C-26074A.CL ASS 1. ALL DIMENSIONS TO,
ANO FINISHES OF, PLATED SURFACES APPLY AFT££ PLATING.
FINISH MACHINING AFTER PLATING IS PERMISSIBLE AS LONG AS. MINIMUM
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS.
PUM THREAOCO INSERT HOLES DURINS PLATINS
B. COAT FIND NO. I A. FIND NO. 2 WITH MIL-PS 5S 5 WET ZINC CHROMATE
PRIMER.
ft MODULE MOUNTING SCREWS AND MODULE ELECTRICAL RECEPTACLES
THIS INFORMATION WILL BE ADDEO TO DRAWING AS SOON AS IT IS
AVAILABLE.
SECTION E-E
:lto °'t
s*o'±<yi5'- /
SECTION A-A
2-PLACES
248
KD
-;|||DIA THRU
IO-32UNF-2B THRU
82* ±I # C$K, ‘g^DIA
>• .005 OIA |
SEE NOTE 6&8
SECTION B-B
2-PLACES
-.272 DIA
CBORE .40G DIA X .142 OEEP
SECTION C-C
.015 R MAX PERMISSIBLE
~T~\
1000115-2
INSERT, THREAOCO, SELF-LOCKING
2
i
1008102 -1
FRAME, TRAY
1
QTV
REQO
PART OR
DENTIFY1NG NO.
NOMENCLATURE OR
DESCRIPTION
FMO
NO
LIST OF MATERIALS 1
UNLESS OTHERWISE SPECIFIED
MIT
INSTRUMENTATION LAO
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
TOLERANCES ON
FRACTIONS DECIMALS ANGLES
-4- XXX±*.005 0*30'
00 NOT SCALE THIS PRAWW8
ORAWN » BATE_
FRAME,
TRAY 2
V_____—
MATERIAL
SEE NOTE 2
APPRO
MM
HEAT TREATMENT
NASA
•NT
COOE WENT NO.
SUE NASA ORNMNG NO.
E 1008102
NEXT ASSY
USED ON
FINAL FINISH
SEE NOTE 6
| APPLICATION
SCAU I/I
WT (SHEET | OF 2
h
1 1 1 - ~T * *-- 4 1|
PHOTOGRAPHIC SCALE ONU
I ■
i
! ;
i
f
1 11008102 IaT
SECTION D-D
,005 MAX ALLOWABLE STEP ABOVE SURFACE l=J2zJ
STEP BELOW SURFACE NOT PERMITTED
—>12
2-PLACES
y —.12 R
.no _ ^
.o*r* r
2.ISO —
2.130 .748
I .746
\ K 1.070 T *
I \lS70 »| F | •*?
1/1“/ I
.040_jL
.060^* ^ <
TYP 30'
VIEW A
CUTOUT THRU
140 DIA
||gDIA SPOTFACE
2 HOLES
U O4 0
.06 0
BLEND WITH .12 R
>50
5 EQUAL SPACES AT .200 ± .002 PITCH —
TOTAL 1.000 1..QG2 TOLERANCE NON CUMULATIVE ~
T?P
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
-CUTOUT THRU
s?n?$
iinr.;
inr-t
J r + tt
»■+♦ t
> + '
+ + + +
-4{f
2-PLACES
\ 3.010
13 EQUAL SPACES AT 2,090
.200±.002 PITCH .000 P
TOTAL 2.600 ±J0 02 .030
TOLERANCE
NON-CUMULATIVE
4.260
3.700 R , EF
K203U
4-PLACES
SECTION F-F
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STAMDAROS
PRESCRIBED BY MH.-D-70327
2. MAT'l: ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005-.015
4. UNLESS OTHERWISE SPECIFIED. FINISH 125/ 729 REF
5. ALL RADII ANO FILLETS TO BE*{J UNLESS
OTHERWISE SPECIFIED
€. FVM0H* ALL SURFACES TO BE PLATED*
COPPER PLATE PER MIL-C-I455D,CLASS 2.THEN ELECTROLESS
NICKEL PLATE PER MIL C-26074A.CL ASS 1. ALL DIMENSIONS TO,
AND FINISHES OF, PLATED SURFACES APPLY AFTER PLATING.
FINISH MACHINING AFTER PLATING IS PERMISSIBLE AS LONG AS. MINIMUM
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS.
PLUS THREAOED INSERT HOLES D OWNS PLATMB
B. COAT FIND NO. IA FIND NO. 2 WITH MIL-P-B5B5 WET ZINC CHROMATE
PRIMER.
,005 MAX ALLOWABLE STEP ABOVE SURFACE EE]
STEP BELOW SURFACE NOT PERMITTED
•i 2 J 1 » Q/
2-PLACES /
* 45# TVP OIM FOR STEP ONLY
l—o— |
4“h
I.OTO
SECTION G-G
H*Z!I! (FROM GAGE POINT) -
-.015 R MAX PERMISSIBLE
SECTION E-E
.186 ai . _
.150 0l * ~
xiOO-x;” 0 ,
-%272 DIA
CBORE .406 DIA X .142 DEEP
2 1000115*2
I 1006102 -I
-;!|| DIA THRU
-I0-32UNF-2B THRU
82* ll’CSK, : Jf»D»A
I •» .003 0IA~1
SEE NOTE 6&6
" i2tl TilSS
INSERT, THREADED, SELF-LOCK IMG
FRAME. TRAY______
MANNED SPACECRAFT CENTER
HOUSTON. TBUS
SECTION A-A
2-PLACES
SECTION B-B
2-PLACES
SECTION C-C
-.015 R MAX PERMISSIBLE
XX ±.02 * .
XXX±.005 Or 30 <
SCALE THIS OAMWI Q ,
FRAME,
TRAY 2
1008102
SEE NOTE 6 »—>»J
. ;J|f DIA &C*BORE.302 TO
DEPTH SHOWN IN SECTION vhl
v (FAR SIDE) 24-PLACES
8 PLACES *>fa PITCH, TOTAL-Jg
TOLERANCE NON-CUMULATIVE
SPLACES ®> ill? PITCH .TOTAL
■ TOLERANCE NON-CUMULATIVE—
5 SPACES®, ;||J PITCH.TOTAL ills
TOLERANCE NON-CUMULATIVE
t±D
L .187 MIN
CUTTER R
L 6 SPACES®, PITCH, TOTAL ^J|
TOLERANCE NON-CUMULATlVE
-27 SPACES fe ;||S PITCH. TOTAL ||
TOLERANCE NON-CUMULATIVE
-9 spaces <a,;j|3 pitch,total J;||J
TOLERANCE NON-CUMULATlVE
4 SPACES ®».|23 PITCH,TOTAL
TOLERANCE NON-CUMULATIVE
-6 SPACES ®> iJU PITCH.TOTAL
TOLERANCE NON-CUMULATIVE
REV B THIS SHEET ADDED
V4EW B-B
SCALE:2.I
SECTION H-H
.406 DIA
4-PLACES
110
4- PLACES
I mmmMmmm
unuss otherwise specified
- ONMNSIONS AM IN INCHES
_ TOLERANCES ON
" FRACTIONS OECNMLS ANGUS .
- -4*- **:•<*- .
SECTION J-J
I MEAT TREATMENT
"I
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS _
FRAME.
TRAY 2
«0.l SIZE NASA CRANING "no”
E 1008102
2
2
SECTION D-D
,005 MAX ALLOWABLE STB* ABOVE SURFACE
STEP BELOW SURFACE NOT PERMITTED
—.12
2-PLACES
/—.12 R
.HO _ w
.o*rr
.015 R MAX PERMISSIBLE -
2*190 .74. ’
pj Lgo
.260
1.070 f A
REF ••j 2
-*-UG25-^-L<
•040
TYP 30°
VIEW A
SCALE 2/1
B T“
'.060 BLEND WITH J2 R
.330-
-5 EQUAL SPACES AT.200 ±.002 PITCH .3,0
TOTAL 1.000 ±.002 TOLERANCE NON cumulative
,, CUTOUT THRU—l jL
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
-CUTOUT THRU
2- PLACES
l
ll * + ♦ + + t
It + 4 + + + ♦
;g*gx -
2 PLACES
BLEND WITH L ^ l
•« 2 »
13 EQUAL SPACES AT
.200±.002 PITCH
TOTAL 2.600 ±.002
TOLERANCE
NON-CUMULATIVE
.000 __,
.030 H \
I HI?
3.700 ,
.005 | /\ M
SEE VIEW h—S J
•J |7 (FROM SAGE POINT]
SECTION F-F
NOTES: _
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MAT1: ASTM N0.ZK60A-T5 MAGNESIUM ALLOY PER 00-M-3IA
3. REMOVE BURRS AND BREAK SHARP EDGES .003-.015
4. UNLESS OTHERWISE SPECIFIED^ FINISH 125/ ^
% ALL RADII A NO FILLETS TO BE *{q UNLESS
OTHERWISE SPECIFIED
«. FM8H* ALL SURFACES TO BE PLATED) m _ t tc£
COPPER PLATE PER MIL-C-14 5 5D, CL ASS 2.TWEN ELECTROLESS
NICKEL PLATE PER Ml L-C-26074 A .CLASS I. ALL DIMENSIONS TO.
AND FINISHES OF, PLATEO SURFACES APPLY AFTfcfl PLATING.
Finish machining after plating is permissiSleas long as minimum
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS.
PUN THREADED M8ERT HOLE* DUMNB PLATING
4-PLACES
^005 MAX ALLOWABLE STEP ABOVE SURFACE S3
STEP BELOW SURFACE NOT PERMITTED
TTU
j S»ir N ^* 0 “ * 45 * T ’ 4 CHM F 0 » Step ONLY
EEj jEE]
SECTION G-G
VIS ED PER TDRRJ2/v^ XtK l
VI SED PER TQPP32s/g
SO PER TDWR r*$
CUTOUT THRU
140 DIA
||gDIA SPOTFACE
2 HOLES
I.OTO
REf_
“&7I65 (PPOMGAGE POINT) -
17.488 t _
17.468
IS R MAX PERMISSIBLE
SECTION E-E
:!?8 —
c»ioo•*:!?§>
ft COAT PINO NO. I A. FINO NO. 2 WITH MIL P- 85B5 WET ZINC CHROMATE
PRIMER.
SECTION A-A
2-PLACES
THRU
i J-I0-32UNF-2B THRU
1=4 82- il’CW. ;gV>i»
SEE NOTE AM
SECTION
2-PLACES
-.272 DIA
CBORE .408 DIA X .142 DEEP
3*-jW ^-.OIS R MAX PERMISSIBLE
section C-C
2 lQOOItS-2
I 1008102 -I
I UNLESS OTHERWISE SPCClFICD
NMcnom ocomau wui a*m*
-H- «5*£8Ssof ao' CHECMO
00 NOT SCALE TtSi p Aniwi N irriniM iffi i
MATEMAL ——
SEE NOTE 2
SEE NOTE 6
INSERT. THREADED. SELF-LOCKING
' FRAME. TRAY_
MANNED SPACECRAFT CENTER
FRAME,
TRAY 2
1008102
1008102
9SPACES®PfPCH.TOTAL
TOLERANCE NON-CUMULATIVE
depth SHOWN IN SECTION J"J
(FAR SIDE) 2«-places
5 PLACES ®:1|3 PITCH,TOTAL *|g
TOLERANCE NON-CUMULATIVE
3 PL ACES ®»:il3PrrCH,T0TAL *|JJ
TOLERANCE NON-CUMULATIVE-
5 SPACES® % PrTCH,TOTAL:||s
TOLERANCE NON-CUMULAT 1VE
L ,167 MIN
CUTTER R
-6 SPACES®^3PITCH,TOTAL JJJ
TOLERANCE NON-CUMULATlVE
-87 SPACES® jfs PnCH. TOTAL | |JJ
TOLERANCE NON-CUMULATIVE
-» SPACES PITCH,TOTAL [-jfj
TOLERANCE NON-CUMULATlVE
-joeo
7-PLACES
ir^
-4 SPACES ® jfs WTCM.TOTAL
TOLERANCE NON-CUMULATlVE
SECTION H-H
.406 CM A
4-PLACES
.219 WA
4 PLACES
-6 SPACES ® :|g PITCH.TOTAL
TOLERANCE NON-CUMULATlVE
VIEW B-B
SCALE:2:1
REV B THIS SHEET ADDED
PARTIAL VIEW C-C
UNLESS OTHERWISE spcoeico
DIMENSIONS ME IN MCMCS
TOLERANCES ON
FNRCTKM DECIMALS AN
4 VIA *
SECTION J-J
MANNED SPACECRAFT CENTER
HO USTON. TPM _
FRAME.
TRAY 2
HO. 1 sat NASA D R A WN, NO.
E 1008102
1008102
2
VISED PER TDRR Oi
REVISED PER TORR OZS+J
REVISED PER TDRR < 32 ? *
SECTION D'D
.005 MAX ALLOWABLE STEP ABOVE SURFACE
STEP BELOW SURFACE NOT PERMITTED
•CUTTER RAOIUS
*4P
.015 R MAX PERMISSIBLE -
2.150 I v/tyP.
2.130 .748 *
I -748 1 sC
•|35 TYP J L-270
.115 ,Tr .260
t n—
•.070 J, r
REF *®J 2 T .
InTinI ^_i—■
CUTOUT THAU
>—.0003 * .AX. STEP BELOW ADJACENT SURFACE
►;I25MAX. PERMISSIBLE FOR SHADED AREA.ST EP MAY
NOT EXTENO TO LEFT OF SURFACE 1-F- |
ZD
140 DIA
||g 01A SPOTFACE
2 HOLES
TYP 30°
VIEW A
X
(BLEND WITH .12 R
-5 EQUAL SPACES AT.200 ±.002 PITCH
TOTAL 1.0001.002 TOLERANCE NON CUMULATIVE
. ^ CUTOUT THRU"
—.030 R MAX PERMISSIBLE
ONE place ONLY
-CUTOUT THAU
-4*
2-PLACES
inn- l
lint;:
ttnn
+ + + *
w+++:r
l\ 4 + + + _
;gjgx
2 PLACES 1
BLEND WITH L I l
*‘ 2 R .574 BSC-V-n
13 EQUAL SPACES AT
.200±.002 PITCH .000
, TOTAL 2.600 1.002 .030
TOLERANCE
NON-CUMULATIVE
4.260
3.700 R , EF
K203-R
4-PLACES
ari
"S\ a
M GAGE POINT)- . H
,062 *—.094
iz
-.005 MAX ALLOWABLE STEP ABOVE SURFACEL
STEP BELOW SURFACE NOT PERMITTED
“J40 0,A 84 M0LES
SECTION F-F
L INTERPRET DRAWING IN ACCORDANCE WITH STANOAROS
PRESCRIBED BY MIL-D-70327
2. MAT'l: ASTM NO.ZKGOA-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005 -.015
4. UNLESS OTHERWISE SPECIFIED. FINISH 125/
5. ALL RADII ANO FILLETS TO BE 'jj UNLESS
OTHERWISE SPECIFIED
C. FMBH> ELECTROLESS NICKEL PLATE ALL OVER PER NDI002I98
DIMENSIONS AND FINISHES APPLY AFTER PLATING. PLUG-
THREADED INSERT HOLES 0URIN6 PLATING.
* COAT FINO NO.I± FIND NO. 2 WITH MIL-P-B5B5 WET ZINC CHROMATE
PRIMER.
x 45# TVP dim for step only
-.125 DIA X .19 DEEP
2 PLACES FOR
MACHINING LOCATION
PART NUMBER ANO OTHER PERMANENT
MARKING FOR PROCESSING PERMITTED
IN THIS AREA. ELECTRO-CHEMICAL ETCH
LOCATE CENTRALLY
m
4-h
I.OTO
_2.lS0 rEF-
2.130
SECTION G-G
K'H (FROM GAGE POINT)
^OIS R MAX PERMISSIBLE
SECTION E-E
.186 iu. __
.190 0,4
csk too* x *210 y
-.272 DIA
CBORE .406 OlA X .142 DEEP
IOOOII5-2
1008102
! VM0-32UNF-2B THRU
pj 82* ±1* CSK, 'il^DIA
l-» .005 DIA|
SEE H0TE6&8
SECTION A-A
SECTION B-B.
2-PLACES
5‘JU- -- R MAX PERMISSIBLE
SECTION C-C
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ME M •»« «
TOLERANCES ON ■* »
FRACTIONS OEO MAL S ANGLES M mm«
-X XXX±:005 0 f 30 # CHECAEO
00 NOT SCALE TINS ORAWR M Nmamji
SEE NOTE 6 |mit mmrovaJ
INSERT THREAPED. SELF-LOCKING
FRAME. TRAY__
MANNED SPACECRAFT CENTER
FRAME,
TRAY 2
1008102
3 PL ACES <&, ills PITCH .TOTAL
TOLERANCE NON- CUMULATIVE-
SPACES®, :||3 PrrCH,TOTAL:||3
TOLERANCE NON-CUMULATtVE
i-.187 MIN
CUTTER R
6 SPACES®, ^ PITCH,TOTAL
TOLERANCE NON-CUMULATlVE
-27 SPACES [J 23 PITCH, TOTAL 3 J 7 J
TOLERANCE NON-CUMULATIVE
-9 SPACES C*;]!, PITCH,TOTAL j*j*J
TOLERANCE NON-CUMULATlVE
-aJI^jOQO
I I 7-PLA
-ires.
-48WCES O^|s«TCH.T 0T"-^0|
TOLERANCE NON-CUMULATlVE
-6 SPACES «, *|g PITCH.TOTAL *. 74 <
TOLERANCE NON-CUMULATlVE
.219 WA
4 PLACES
2M 4 PLACES
REV B THIS SHEET ADDED
VIEW B-B
PARTIAL VIEW C-C
UN, ESS OTHERWTSE SPECIFIED
- DIMENSIONS ARE M INCHES IN * 1
TOLERANCES ON — »
■ fractwms oecimms angles
MANNED SPACECRAFT CENTER
i mmmsmm
SECTION H-H
.406 OIA
4-PLACES
FRAME.
TRAY 2
SECTION J-J
NEAT TNEATMCNT
- *#■
w * 0 °" FINAL Fm 4 h
1008102
SECTION D-D
.009 MAX ALLOWABLE STEP ABOVE SURFACE QEi
STEP BELOW SURFACE NOT PERMITTED
•CUTTER RADIUS
4 T
2.150
2.130 .748
, .748
| •** t
.015 « MAX KM.SSI 8 LE-
;!?|tvpJ
~J|>
.060^ ^ .
TVP 30
VIEW A
SCALE 2/1
B T“
-*
1,00 TYP
>—.0003 MAX. STEP BELOW ADJACENT SURFACE
U-.I25MAX. PERMISSIBLE FOR SHAOED AREA.ST EP MAY
'_ NOT EXTENO TO LEFT OF SURFACE |-F- 1
—.030 R MAX PERMISSIBLE
ONE PLACE ONLY
r CUTOUT THRU
-5 EQUAL SPACES AT .200 ±.002 PITCH *JJJ *
TOTAL 1.0001.002 TOLERANCE NON CUMULATE*
CUTOUT THRU—
\ A5* \
x TYPy 1
lUttte' L
• 1 : H:H -
U +++t lt
+++++t
luv*::
2 PLACES y - fT—»
BLEND WITH L | 1 X
-4^
; 2-PLACES
| 13 EQUAL SPACES AT ** 890
142 l . 2004.002 PITCH .000 f
r ,22 ,.L TOTAL 2.600 ±.002 .030
I * *■* tolerance
1 I NON-CUMULATIVE
# SEE VIEW A—'
4-40 UNC-3B TAP . p7
AFTER ANODIZING iJfi < FR0M «^GE
.062 *—;094
A20SH
4-PLACES
-.005 MAX ALLOWABLE STEP ABOVE SURFACeELD
STEP BELOW SURFACE NOT PERMITTED
hf
.« 3 J 4
J &
2-PLACES
“•042 * TvF DIM FOR STEP ONLY
"‘.So D,A 84 M0LES
SECTION F-F
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MAT'l: ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005-.015
4. UNLESS OTHERWISE SPECIFIER FINISH I2y
lb ALL RADII AND FILLETS TO BE J ,S UNLESS
OTHERWISE SPECIFIED
f. 8M8H> ELECTROLES8 NICKEL PLATE ALL OVER PER NDI002I9B
dimensions a no finishes apply after plating. plug.
THREAOED INSERT HOLES DURING PLATING. *
S. COAT FI NO N0.I4FIND NO. 2 WITH MIL-P-S5S9 WET ZINC CHROMATE
PRIMER.
-.125 OIA X .19 DEEP
2 PLACES FC
MACHINING LOCATION
•PART NUMBER AND OTHER PERMANENT
MARKING FOR PROCESSING PERMITTED
IN THIS AREA. ELECTRO-CHEMICAL ETCH
LOCATE CENTRALLY
SECTION G-G
CUTOUT THRU
.140 DIA
|JgDIA SPOT FACE
2 HOLES
+Ti
-4 I.OTO
,2.»*0 reF-
2.130
,015 R MAX PERMISSIBLE
SECTION E-E
:ISo 0,4 —
CSKIOO*X;i*gy
—;272 DIA
CBORE .408 DIA X .M2 OCEP
2 1000115-2
I 1008102
I v *-i0-32UHF-2B THRU
p=i 82*11* CSK, ’ 1 I 9 DIA
1+- .005 DIA 1
SEE N0TE6&8
SECTION A-A
2-PLAClS
SECTION B-B •
2-PLACES
/p 28 ' rliS
S"-JW \-.oi5 R MAX PERMISSIBLE
SECTION C-C
WWTIIUMCNTATIOM Ul
[INSERT, THREADED. SELF-LOCKING
‘ FRAME. TRAY_
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
XX 02
-4- xxxi:005 <r 30' ««CM0
) NOT scale thbMH wm b trmomU
- 00 NOT SCALE THIS DM
MATERIAL
SEE NOTE 2
" HEAT TREATMENT
FRAME,
TRAY 2
1008102
SEE NOTE 6
V-S PLACES «>:H3 PITCH, TOTAL-||J
TOLERANCE NON-CUMULATIVE
3 PL ACES <B> ills PITCH .TOTAL
TOLERANCE NON-CUMULATlVE-
SECTION H-H
.406 D»A
4-PLACES
-48MCES ®r!H PITCH,TOTAL;»
TOLERANCE NON-CUMULATIVE
-6 SPACES O llfj PITCH.TOTAL ^
TOLERANCE NON-CUMULATIVE
.219 DIA-
4 PLACES
REV B THS SHEET ADDED
W--
VIEW B-B
scale: 2:i
PARTIAL VIEW C-C
UNLESS OTHERWISE SKCtFKD
- DIMENSIONS ARE HI MCMCS
TOLERANCES ON
' FRACTIONS DECIMALS AN
■ ’ *
- 00 NOT SCALE THIS O W M ISHB
MANNED SPACECRAFT CENTER
FRAME.
TRAY 2
SECTION J-J
1008102
2
Sri
ffsipfc.!
SB
rag;;
SECTION D-D
.015 R max permissible -
CASE POINT
.005 MAX ALLOWABLE STEP ABOVE SURFACE EE
STEP BELOW SURFACE NOT PERMITTED
-CUTTER RADIUS
2.150 —
2.130 .748
, .74C
1 SOfTYP^g^
:u? T » pJ L-||g
BT
>—.0003 MAX. STEP BELOW ADJACENT SURFACE
-;I25MAX. PERMISSIBLE FOR SHADED AREA.ST EP MAY
NOT EXTEND TO LEFT OF SURFACE |-F- \
.110 _
.096* p
re? I ** rs
~T~ revised per tdr
B REVISED PER TORE OZ s**
C REVISED PER TDRR
“ 5 ” REVISED PER TDRR <3291 X~
F REVISED PER TQRR^
r. RFVicyn PER TDRR
-.140 DIA
*118 DIA SP< > TFACE
2 HOLES
5*0 20*15'
.060^ ^ i
TYP 30°
VIEW A
scale 2/1
^.477^
’ 11 . 040
-MM .060
X
BLEND WITH .12 R
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
—CUTOUT THRU
330
-5 EQUAL SPACES AT .200 ±.002 PITCH *3, 0 "
TOTAL 1.000 ±.002 TOLERANCE NON CUMULATIVE 25 _
TYP
_ . CUTOUT THRU-.
-4/1
2-PLACES
ptu::
\\ 4 --F 4 - 4
U 4 + ♦ -FiX
;gjgx 4 * 5 *-
2 PLACES -j f]
BLEND WITH L I 1
.*2 » --- L ^1
-T 1 3010
1 13 EQUAL SPACES AT 2,090
>42 1 .200±.002 PITCH .000,
r 122 1 TOTAL 2.600 ±.002 .030
ajft TOLERANCE
1_1 NON-CUMULATIVE
SEE VIEW
4*40 UNC-3B TAP AQ7 '
AFTER AN00I2IN8 if? < FR0M 6aGE POIWT)
lA'W
Ml GAGE POINT)!!*-"
.062 *—;094
-:So 0,A 84 M0LES
SECTION F-F
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MAT'l: ASTM N0.ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3REMOVE BURRS ANO BREAK SHARP EDGES .005 -.015
4. UNLESS OTHERWISE SPECIFIER FINISH 125/
5 , ALL RADII AND FILLETS TO BE j J UNLESS
otherwise specified
c. F*MM> ELECTROLESS NICKEL PLATE ALL OVER PER NDI002I98
DIMENSIONS ANO FINISHES APPLY AFTER PLATING. PLUG
THREADED INSERT HOLES DURING PLATING.
ft. COAT FINO NO. I A. FINO NO. 2 WITH MIL-PB5BS WET ZINC CHROMATE
PRIMER.
<203*
4-PLACES
—.005 MAX ALLOWABLE STEP ABOVE SURFACE 03
STEP BELOW SURFACE NOT PERMITTED
J _
l~f J2B
jMSU »
I 1.094-7
*-—G/
section G-G
SCALE 2/1
Kill < FR0 “ pace point)
;!IS o'* —
cw«>o-«;§?§,
- 1 272 OIA
CBORE .406 OIA X .142 DEEP
I0-32UNF-2B THRU
82* ±1* CSK, *‘,|%DIA
| •» .005 DIA~1
SEE N0TE6&8
SECTION A-A
2-PLACES
SECTION B-B
2-PLACES
/p 2#l r.iS
^—.015 R MAX PERMISSIBLE
SECTION C-C
W>62 X 45° TYP 0 ‘ M for STEP ONLY
—.125 DIA X .19 DEEP
2 PLACES FOR
MACHINING LOCATION
■PART NUMBER AND OTHER PERMANENT
MARKING FOR PROCESSING PERMITTED
IN THIS AREA. ELECTRO-CHEMICAL ETCH
LOCATE CENTRALLY
SECTION E-E
m
l±i|
-i« r
U625-4
* 1.623
I.OTO
_2.»*0 REF-
2.130
*015 R MAX PERMISSIBLE
2 IIOOOH5-2
I 1008102 -I
I unless otherwise specified
- DIMENSIONS ARE M MCMES
tolerances on
‘ fractions oecrmls i
± XX *.02 ;
1 INSERT, THREAQEO. SELF-L0CKIN6~
_ FRAME. TRAY ____
NOMENCLATURE or
description __
l ist OP MATERIALS
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
- 00 NOT SCALE THB ORAN
MATERIAL
SEE NOTE 2
“ HEAT TREATMENT
ORAMNl^i
0^30' CHECREO
FRAME,
TRAY 2
next ASST I UREO ON
APPLICATION
SEE NOTE 6 k»
1008102
Ipnet 1 v 2
.127 1.127
-9 SPACES ®;,23 PTPCH.TOTAL f ^
\ TOLERANCE NON-CUMULATIVE
I^DIA &C*BORE.302 TO
DEPTH SHOWN IN SECTION J\)
V (FAR SIDE) 26-PLACES
1.257_ .
-»SPACES® J 23 PITCH.TOTAL
N. TOLERANCE NON-CUMULATIVE.
_2.252
2.241
_2.127__
2.123
L5Q 2 j
1377
_J L37S^|
3 SPACES ® PITCH,TOTAL
TOLERANCE * NON -CUMULATIVE
rX>62 R
\ 12-PLACES
B THS SHEET ADDED ot3-** +»+*
C REVISED PER TPRR^W^ 2***, *J
0 REVISED PER TDRR 7-At j
~E~ REVISED PERTDRR $ V* j % . , ,
F REVISED PERTDRR 7r T\ T U
[~y~ REVISED rEP TDRR .airs’! Y*-+i*\ *
m
USttfitaS
\-S PLACES PITCH, TOTAL-JfJ
TOLERANCE NON-CUMULATIVE
3 PLACES ® Ills PITCH .TOTAL
- TOLERANCE NON-CUMULATIVE-
SECTKHI H-H
.406 DIA
4-PLACES
.219 DIA
4 PLACES
6 SPACES® ;i23 P1TCH.T0TAL -.Ha
TOLERANCE NON-CUMULATIVE
LJ87MIN
CUTTER R
^6 SPACES®^|JpiTCH,TOTAL £J|
TOLERANCE NON-CUMULATlVE
-4 SPACES ®.iH PITCH,TOTAL ^
TOLERANCE NON-CUMULATlVE
-6 SPACES ® ;|gPITCH.TOTAL ‘. 7 SI
TOLERANCE NON-CUMULATlVE
R ■
16-PLACES
-27 SPACES® jfs PITCH.TOTAL
TOLERANCE NON-CUMULATlVE
-9 SPACES ®;||jPITCH,TOTAL ]*jfj
TOLERANCE NON-CUMULATlVE
266 4 PLACES
REV B THIS SHEET ADDED
V4EW B-B
SCALE:2:I
PARTIAL VIEW C-C
UNLESS OTHERWISE SKCtFKD
DIMENSIONS ARE M RICHES
TOLERANCES ON
FRACTIONS DECIMALS ANGLES (
* VP- *7S<?.
SECTION J-J
.ktUake,
MANNED SPACECRAFT CENTER
_ HOUSTON. TEXAS
FRAME.
TRAY 2
RO. I SUE NASA DRAWING no"
E 1008102
5
2
SECTION D-D
.003 MAX ALLOWABLE STEP ABOVE SUBFACE L=J2ZJ
STEP BELOW SURFACE MOT PERMITTED
A REVISED PER TD R «->4/4*W 4* U/(
~5~ REVISED PER TDRR 3Z u+ CjI)
C REVISfc -° PER TDRR O £/•/•->
~ REVISED PER TDRR X-
T~ ftfcvfegb Tbflft ;^T~T7~ ~r
F REVISED PER TQRR^V^ WJ> 'l/X
& REVISED PER TDRR S3/*l ~i r
H REVISED PER TDRR Q*?r/
CUTTER RAOIUS
ii&jr "
2.150 i vfTYP
2.130 .748 XrT '^
\ r «.0T0 1 *
I \i.5»0 «| F | **?
I y | , -Lu
1/1“/ i
«8-»* ,
TYP JO'
VIEW A
SCALE 2/1
B Tl
-.0003 MAX. STEP BELOW ADJACENT SURFACE
PERMISSIBLE FOR SHADED AREA.ST EP MAY
NOT EXTEND TO LEFT OF SURFACE |-F- j
140 DIA
|§2dia SPOTFACE
&
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
-CUTOUT THRU
-5 EQUAL SPACES AT.200 ±.002 PITCH
TOTAL 1.0001.002 TOLERANCE NON CUMULATIVE
2 PLACES
BLEND WITH
.12 R
tvs**"
tut::
tunt;
* + + 41 +-
44 *♦
-a€
2-PLACES
\ 3.010
13 EQUAL SPACES AT 2,990
.200±.002 PITCH .1
TOTAL 2.600 ±.002 •<
ft TOLERANCE
NON-CUMULATIVE
4-40 UNC-3B TAP
AFTER AN0DIZIN6
1 HI?
3.700 R , EF
•yf'M
I GAGE POINT) j 1 * “FR
-*Jg OIA 84 HOLES
SECTION F-F
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANOAROS
PRESCRIBED BY MIL-D-70327
2. MAT1: ASTM NO. ZK60A-T5 MAGNESIUM ALLOT PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005-.015
4. UNLESS OTHERWISE SPECIFIED, FINISH 125/
5. ALL RADII ANO FILLETS TO BE’ll UNLESS
OTHERWISE SPECIFIED
«. FM8M> ELECTROLESS NICKEL PLATE ALL OVER PER NDI002I98
DIMENSIONS AND FINISHES APPLY AFTER PLATIN6. PLUG- -
THREADED INSERT HOLES DURING PLATING.
ft COAT FIND N0.I4.FIND NO. 2 WITH MIL-P-8585 WET ZINC CHROMATE
PRIMER. *
S203H
4-PLACES
,005 MAX ALLOWABLE STEP ABOVE SURFACE EHE3
STEP BELOW SURFACE NOT PERMITTED
,a J \Z1
L-595 T
.575 '
DIM FOR STEP ONLY
T
—J0G2 X 45° TVP
-.125 DU x .19 DEEP
2 PLACES FOR
MACHINING LOCATION
-PART NUMBER ANO OTHER PERMANENT
MARKING FOR PROCESSING PERMITTED
IN THIS AREA. ELECTRO-CHEMICAL ETCH
J2 HIGH CHARACTERS.LOCATE CENTRALLY
PER NO 1002019
m
-•1 I.OTO
SECTION G-G
(F.OM«ASE POINT)-
17.488 .
17.4GB
-.015 R MAX PERMISSIBLE
SECTION E-E
■iso
CSKIOO'X-I
-1272 DIA
CBORE .406 DIA X .142 DEEP
2 IOOOII5-2
I 1008102
I0-32UNF-2B THRU
82* ±1* CSX, jgfDIA
14- .005 pun
SEE NOTE 6M
SECTION A-A
2-places
SECTION B-B
2-PLACES
s*JU
SECTION C-C
-.015 R MAX PERMISSIBLE
Itoumnccs on
InucnoNS mcwnni
J ± XX ±.02
XXX £ 0Q5 0* 30'
MU TUB o SGhHB |
SEE NOTE
INSERT. THREADED. SELF-LOCKING
(FRAME, TRAY
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
FRAME,
TRAY 2
1008102
* |l
2
SECTION D-D
_inmnsa
rjm8sm*w*wl
—>12
2-PLACES
.no _ w.
.09(5* r
ilSo .748
I - 7 « ♦ < .1
< V »/
.015 R MAX PERMISSIBLE-
B T~
V-.0003 MAX* STEP BELOW ADJACENT SURFACE
-.125 MAX. PERMISSIBLE FOR SHADED AREA.ST EP MAY
NOT EXTENO TO LEFT OF SURFACE 1-F- j
CUTOUT THRU
L070 I * 1 r
REF - 8 » 1 2 T .618
-I-uks-Lujt-1.
,140 DIA
IJgDIA SPOTFACE
2 HOLES
*8-11*7
TTP 30*
VIEW A
SCALE 2/1
-005 MAX. ALLOWABLE STEP ABOVE 1,-B- 1 STEP BELOW
SURFACE NOT PERMITTED. BLEND .I2R WITH 000/030R
-5 EQUAL SPACES AT.200 ±.002 PITCH
TOTAL 1.0001.002 TOLERANCE NON CUMULATIVE
CUTOUT THRU-
-BREAK 2 EDGES THIS S IDE 03
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
-BREAK EDGE THIS SIDE 03
r CUTOUT THRU
-4ff
2- PLACES
IttVix
XX-
i '
I 13 EQUAL '
1 .200±.0C
| TOTAL 2.1
equal spaces at
90±.002 PITCH
)TAL 2.G00 ±002
TOLERANCE
NON-CUMULATIVE
4.2G0
3.700 R , EF
;gjgx4*5*-
2 PLACES
BLEND WITH
.12 R
4*40 UNC-3B
SEE NOTE6
jS 0IA 84 MOLES
n
m GAGE POINT)- ; H
SECTION F-F
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANOAROS
PRESCRIBED BY MIL-0-70327
2. MAT'l: ASTM NO. ZKG0A-T5 MAGNESIUM ALLOT PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005 -.015
4. UNLESS OTHERWISE SPECIFIER FINISH I2y
*'% ALL RADII ANO FILLETS TO BE *JS UNLESS
OTHERWISE SPECIFIED
ft PPGBM* ELECTROLESS NICKEL PLATE ALL OVER PER N0I002I9B
' dimensions ano finishes apply after tlating. plug 1
THREADED HOLES DURING PLATING SPECIFIED THICKNESS NOT
REQUIRED IN ALL HOLES AS LONG AS PLATING It CONTINUOUS f .j'/-
THROUGH EACH HOLE
T. COAT THREADS OF FIND NO. I ftFI MB NO i t SNTHHIL F B B S S WET ZINC
CHROMATE PRIMER
B MARK CHARACTERS BLACK PER NDI0020IB EXCEPT 3URACI D,
AFTER PLATING ELECTRO CHEMICAL ETCH AU. CHARACTERS OR
SURFACED CENTRALIZE AS SHOWN
ft PAINT PER ND USING 1010729-1. ALL SURFACES BETWEEN
VIEWING PLANE ANO END OF FRAME UNLESS OTHERWISE SPECIFIES
ALL HOLES TO BE FREE OF PAINT
SI PAINT PER ND USING 101072t-3 CHARACTER TORE TYPE I
PER NO 1002122,CENTRALIZE AS SHOWN
t A20TR
4-PLACE8
^005 MAX ALLOWABLE STEP ABOVE SURFACE GED
STEP BELOW SURFACE NOT PERMITTED
-J 1^1
2-PLACES
r=s^| j^El
-• 0*2 * 45° TVP o^i for STEP ONLY
-.125 DIA X .19 DEEP
2 PLACES FOR
MACHINING LOCATION
-PART NUMBER ANO OTHER PERMANENT
MARKING FOR PROCESSING PERMITTED
IN THIS AREA. ELECTRO-CHEMICAL ETCH
J2 HIGH CHARACTERS LOCATE CENTRAtLY
PER ND 1002019
4“h
uG23
-J( 1.070
SECTION G-G
— S&Tl'IS (FR0#I 8AGE »*OINT)-
17.488_;_
17.4 CS
15 R MAX PERMISSIBLE
SECTION E-E
:ISo 0,4 —
CSKIOO'X^gy
-1272 JHA
CBORE .404 DIA X .142 OCEP
2 IOOOII5-2
I 1008102
-;|H DIA THRU
I0-32UHF-2B THRU
82* ±1* CSK, ‘‘jl^DIA
|-ft .005 diaI
SEE NOT E 0 A?
/r 2# ‘ riSS
INSERT, THREADCO, SELF-LOCKING
" FRAME. TRAY_
MA N N E D SPACECRAFT CENTER
SECTION A-A
2-PLACES
SECTION B-B
K%245 \
^-.015 R MAX PERMISSIBLE
SECTION C-C
J . *« *.02
Lir^g’aa'gftg 30
SEE NOTE 6
FRAME,
TRAY 2
1008102
W,V7 '/£.«*K^tf «> tfe?** «rfcr««»*.'-.Sw* i^fraA-arV ^fC ^* *1 *> , J&L. ■ SFW* V **•*"!*•*. :.*«JK*pi«Ai3f«A‘J WW*i
& B T HIS SHEET AD DED o^5-So
(ft C REVISED PER TDRR ~ 4 ■ i I
D «£.VlStD PER TDRR ''?? *z
& ~E~ REVISED PER TDRR '*
^ lF REVISED PER TDRR _
€) ■ C ;l -^‘ M. Tjjfift ' 1-'^ I
(X) H K[ VISED f ER TDK* . >/<*■/
g) J REVISED PER TDRR
K CEVi&ED PE.K. TDCE 07934-
’**> /?
.127 1.127
9 SPACES<a >| 23 PlKH,TOTAL ( ^
TOLERANCE NON-CUMULATIVE
-10 SPACES®, jIjP^CH.TOTAL '•fjf
\X tolerance non-Cumulative,
2.382
-2.368”
_2.252_
2.246
_2.I27_
2.123
-6 SPACES Q PITCH,TOTAL ;*J|
V tolerance non Cumulative
jl^DIA &C*BORE.302 TO
DEPTH SHOWN IN SECTION J-J
\(FAR SIDE) 26-PLACES
_1.502_
_ l;4 ^l L377_
_.732_J L373
.748 n
\
l.552_\_
1.548 \
_1.382 \
1.368 ~
7 —® |®-©-®-®-®-®-®-®-®-®-®) -(
i uU*
i it 3
rX>62 R
\ 12-PLACES
, 1 nc
-T-<*>-
.074
.070^
— •632
.618 (K)
hrtt
(®-©-©-®>--®—6(<
p -®-®-®-®-®-®-®-®-®-®-®-®^®-®-®-®- 0 ® ' ® 0 0 tt 8 -8
— m
i
.074 J
.070 n
v -5 PLACES j23 PITCH, TOTAL ;||J
TOLERANCE NON-CUMULATIVE
3PL ACES a» ;|23 PITCH,TOTAL
- TOLERANCE NON-CUMULATIVE-
.757 d-
.743 n
5 SPACES®, ;|23 PITCH,TOTAL *^23
TOLERANCE NON-CUMULATIVE
-.187 MIN
CUTTER R
I 3.673 I
■;070 *- 6 SPACES®,^JljPITCH, TOTAL *^J|
152 TOLERANCE NON-CUMULATiVE
.148
R
16-PLACES
- 27 SPACES fc, Ilfs PITCH. TOTAL J 73
TOLERANCE NON-CUMULATIVE
-9 SPACES <a >;|!3 PITCH,TOTAL J;[|J
TOLERANCE NON-CUMULATiVE
.060
7-PLACES
5-PLACES
SECTION H-H
.406 DIA
4-PLACES
.219 DIA
4 PLACES
- 4 SPACES <B> ;i23 PITCH,TOTAL ;Jg|
TOLERANCE NON-CUMULATIVE
-6 SPACES <31 1 H 3 PITCH.TOTAL ']}%
TOLERANCE NON-CUMULATIVE
.266 4 PLACES
VIEW B-B
SCALE:2:I
PARTIAL VIEW C-C
SECTION J-J
REV B THIS SHEET ADDED
- DlMf NSIONS ARE IN INCHCS
TOLERANCES ON «o
FRACTIONS DECIMALS ANGUS ORANN/'/
• -jM- XX-.02 CfSO’ ^
XXX± 009 CHECKED _
- D O NOT SCACE this DRAWING AF’F’ROVAl
MATERIAL
APPROVAL
MANNED SPACECRAFT CENTER
HOUSTON TEXAS
FRAME.
TRAY 2
Jo" SIZE NASA DRAWING NO
E 1008102
PARTIAL SECTION K-K
• 13 2022 24 (
og'o oipooooo oooo q!o ^ • N^£>_ 99 tP 0
^ j this sheet adoed . ,,, W/ * ( t JJ
£) _i_ PFK TCPR ' f V ^
K REVISED PER Tpgg 07954- I 1
^oo6ooooo6o6o<T5oooooo^o66oop)o o(oV<t
T 1007048
(®)
VIEW ROTATED 100
- SURFACE-0-REF
-.12 HIGH
SEE NOTE I
DO NOT
RAINT THIS SURFACE-
► + +B
. + + -4 C
I 4- + + + -*■ 0
ON W3S'
A3d 12.001
2 AVbl A1QW3SSV 3WVtU
-.08HI6H TYP
SEE NOTE 8
12 HIGH TYP
SEE NOTE 8-
loggoggpcaST 1 ° oWflAggttgggggio oipgggggggggolo/ryyoieoo ° ° .-. °-V
to / ^ " ' ^O' 24 22 20 8
45A2J5 45A2J4 45A2J3 ^ 45
45A2J9,- ^ 45A2J0 ~ 45A2J7
14 II tO 5 'Q/ 4lO/ 12 6 JQj I 9 4 CQ)
Mooa (dooooft paid o o fcooaooffl aoooa o coopoa o q]
DO NOT
PAINT THIS SURFACE-
DO NOT PAINT
EDGES OF 0PENIN6
.^.y-^gjgagga_g 9 ggggggggo 9%2i.
AO/O; 46 41 40 39 se 30 (Q)
+ + + + + ■*• L
t + + 4- ♦ + N
t + 4 ♦ 4 ♦ p
4 + + + -*■ 4-R
, * 4-4 4 4 +S
MARKING VIEWS
DO NOT l-
PAINT THIS SURFACE—^ |
SECTION J-J
REV J THIS SHEET ADDED
TOLERANCES ON — «, _ o...
" FRACTIONS DECIMALS ANGIES DR<WN jf ^
XX^2 - CHECKED £
- DO NOT SCALE THIS DRAWING APPROVAL ^ '
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
FRAME,
TRAY 2
E 1008102
1008102
L 6 SPACES*,^,23PITCH,TOTAL %%
TOLERANCE non-cumulative
-27 SPACES <&, ;|§ pitch, TOTAL |;U J
TOLERANCE NON-CUMULATIVE
-9 SPACES <a»;j|3 pitch,TOTAL J*j|J
TOLERANCE NON-CUMULATtVTE
REV B TH6 SHEET ADDED
PARTIAL VIEW C-C
SECTION H-H
.406 DIA
4* PLACES
SECTION J-J
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE M INCHES
TOLERANCES ON
FRACTIONS OCCIMALS ANO.ES ,
* H *°«
00 NOT SCALE THIS DRAWN} ,
MATERIAL (
FT" < _
heat treatment
-H-
instnumcntation LAM
manned spacecraft center
hou sto* itw _
FRAME.
TRAY 2
„ \JbLk*k<X
1008102
nr
.005 MAX ALLOWABLE STEP ABOVE SURFACE Efi
STEP BELOW SURFACE NOT PERMITTED
SECTION D-D
—. 1 ?
2-PLACES
-CUTTER RADIUS
M .385
^.365
Hr
in'
I:!i§ .748
I - 746 ♦
•.070 T T i—!-
REF * 8 ! 2 I .618
-*-l.625-*-L237-!_
.015 R MAX PERMISSIBLE-
f 1
TYP 30
VIEW A
SCALE 2/1
I V_ 0003 MAX. STEP BELOW ADJACENT SURFACE
•ik.l26MAX. PERMISSIBLE FDR SHADED AREA.ST EP MAY
IJ_ NOT EXTEND TO LEFT OF SURFACE 1-F- j
BLEND WITH .12 R
-005 MAX. ALLOWABLE STEP ABOVE |-B-J STEP BELOW
SURFACE NOT PERMITTED. BLEND .I2R WITH QOtyOSOR "H
\ __^-—5 EQUAL SPACES AT .200 ±.002 PITCH *1^0 4-
XT' | TOTAL 1.000 ±.002 TOLERANCE NON CUMULATIVE .25—4
\\ 1 CUTOUT THRU- _i___
1 \4:US r \
_Xk_iU ,—.omr i -
--T \ 3.010
1 13 EQUAL SPACES at 2,990
155 1 .200±.002 PITCH .000 F
•" >45 | TOTAL 2.600 ±.002 ‘O 30
2.512 TOLERANCE
I 1 NON-CUMULATIVE
-BREAK EDGE THIS SIDE 03
-BREAK 2 EDGES THIS S IDE j03
-.030 R MAX PERMISSIBLE
one place only
-CUTOUT THRU
-4*
2-PLACES
4.260
3.700 R , EF
42031*
4-PLACES
.040 y,
.060*45*5-
2 PLACES
BLEND WITH
.12 R
4*40 UNC-3B
SEE NOTE 6
, DIA 84 HOLES
~1| -4U-062
J25 M W-
49 f (FROM GAGE POINT)
-.005 MAX ALLOWABLE STEP ABOVE SURFACE GHZ)
STEP BELOW SURFACE NOT PERMITTED
I 1.094 fL --
.12 J I— G/%-.-
2-PLACES / I \
* 45 °
L :!?i T
DIM FOR STEP ONLY
SECTION F-F
N 0 TE t. INTERPRET DRAWING in ACCORDANCE WITH STANDAROS
PRESCRIBED BY MIL-D-70327
2. MATL: ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005-.015
4. UNLESS OTHERWISE SPECIFIED. FINISH 125/ #72 9 R
5. ALL RADII ANO FILLETS TO BE UNLESS
OTHERWISE SPECIFIED
6 . FINISH' ELECTROLESS NICKEL PLATE ALL OVER PER NDI002I9B
DIMENSIONS ANO FINISHES APPLY AFTER PLATIN 6 . PLUG
THREADED HOLES DURING PLATING SPECIFIED THICKNESS NOT
REQUIRED IN ALL HOLES AS LONG AS PLATING IS CONTINUOUS
THROUGH EACH HOLE _
7. COAT THREADS OF FIND NO.I BFIND N0.2 WITH MIL*P*8585WET ZINC
CHROMATE PRIMER
8 MARK CHARACTERS BLACK PER ND1002019 EXCEPT SURACR D.
AFTER PL AT IN 6 ELECTRO CHEMICAL ETCH ALL CHARACTERS ON
SURFACED CENTRALIZE AS SHOWN
ft PAINT PER ND I002II0TYPE II.USING 101072*-! ALL SURFACES BETWEEN
VIEWING PLANE AND END OF FRAME UNLESS OTHERWISE SPECIFIED
ALL HOLES TO BE FREE OF PAINT
K>. PAINT PER ND 1002110 TYPE II,USING IOI072ft*S. CHARACTER TO BE TYPE I
PER NO 1002122 ,CENTRALIZE AS SHOWN
-.125 DIA X .19 DEEP
2 PLACES FOR
machining location
—PART NUMBER AND OTHER PERMANENT
MARKING FOR PROCESSING PERMITTED
IN THIS AREA. ELECTRO-CHEMICAL ETCH
.12 HIGH CHARACTERS.LOCATE CENTRALLY
PER ND 1002019.
$} a REVISED PER TDRR
Q B RE VISE 0 PER TDRR C>Z
C REVISED PER TDRR 5
/*) D REVISED PER TDRR 379 f X
~ REVISEb tDftft ~
£ F REVISED PER TDRR^ IV-"~
y, G RF VISED PER TDkR J
£ M REvI g ^D PER Tnr<R V-i? p /
r+ J REVISED PER TDRR CC,'/rT
K Rgv.SEP PER Tcee. 07934-
gy L REUSED PER TDRR 11319
M REVISED FER TDRR 12596
m
_2.'50 rE F
2.130
SECTION G-G
-.015 R MAX PERMISSIBLE
(FROM GAGE POINT)-
SECTION E-E
:!lo o'*-
cwioo-x;|fg.
M||dia thru
■-IO-32UNF-2B THRU
1-ft- .005 DIA|
SEE N0TE6&7
SECTION A-A
2-PLACES
SECTION B-B
-.272 DIA
C BORE .406 DIA X .142 OEEP
J U-.24s\.
5*-JU .015 R MAX PERMISSIBLE
SECTION C-C
2 IOOOII5-2
I 1008102
INSERT, THREADED, SELF-LOCKING
" FRAME, TRAY ~~
MANNED SPACECRAFT CENTER
FRAME,
TRAY 2
USED ON IfinM. FINISH ~
3T- S-F NOTE 6
1008102
9 SPACES<3^,23PlTCHJOTAL ^
TOLERANCE NON- CUMULATIVE.
:!!? D,A »c 80^-302 TO
DEPTH SHOWN IN SECTION J-J
\(FAR SIDE) 26-PLACES
PARTIAL SECTION K-K
« a 2022 24 ( t
30 38 39 40 41
'IS ©)
- SURFACE-0-REF
VIEW ROTATED 100
DO NOT
WUNT THIS SURFACE-
DO NOT
PAINT THIS SURFACE-
—.00 HISH TYP
SEE NOTE 0
12 HIGH TYP
SEE NOTE © -
45A2J5 ^ ~ 45A2J4
V ©
9 ,^oe°° O . g-22-
24 22 20 13 8
45A2J%
O_5 'S
^ 45A2J8 ~
To; fO) U _6
^00800 0 000 o° o 0009990009^.
\(,0>0; 48 41 40 39 38 30 vQ)
o es
DO NOT
FAINT THIS SURFACE¬
MARKING VIEWS
DO NOT PAINT
EDGES OF OPENING
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PER TDRR _ vy ■ ~ -
^ K 5E^i3ED PeETPgg 07954-
L REVISED PEC TDRR 11319 . *
™ M ; REVISED PER TDRR 12536 r <: 4
SECTION J-J
REV J THIS SHEET ADDED
REQO IDENTIFYING NO
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** I rutrurn /» Jt£ >y I
3 NOT SCALE THIS 0RAWIN6 | approval /). P.¥S& 'ft F£6 ©i
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-- MEAT TREATMENT
_
NEXT ASSY USED ON FINAL FINISH "
4i mM
E 1008102
1
SSSar
6
5
4
- .005 MAX ALLOWABLE STEP ABOVE SURFACE l
STEP BELOW SURFACE NOT PERMITTED
SECTION D-D
M .385
-1 r-j«
-CUTTER RAD'US
.015 R MAX PERMISSIBLE-
2.150 A xo®TYP^
2.130 .748 * 30
I - 74 * i_
;|J|T»pJ
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B ±_ REVI SED PER TQRR -7^»y
Q B REVISED PER TDRR Oi *£<>
(ft C REVISED PER TDRR
( m ) 0 PEVISEDPER TDRR 329* 2-
^ ~ REVISED PER tDftft
£ F REVISED PER TDRR. ■
K G RfV|^n PER TDRR 5Z7S*
A H REVISED rER TDf.R C/--7>V
& J REVISED PER TDRR <,(,'/?-
0 K WEV.SEP PE^-Tpge. 07934-
jwv L REwlSEC PER TDRR 13'9
^ M REVISED PER TDRR 12596
-CUTOUT THRU Nl : REVISED PER TRg ;4.44S
-040_jL.
.OfeO^^ .
TYP 30
VIEW A
SCALE 2/1
-.0003 MAX. STEP BELOW ADJACENT SURFACE
>MAX. PERMISSIBLE FOR SHADED AREA.STEP MAY
NOT EXTEND TO LEFT OF SURFACE |-F- I
.140 DIA
•||§DIA SPOTFACE
2 HOLES
__ 4 U—-§5o blend * ,th 12 R
-005 MAX. ALLOWABLE STEP ABOVE 1 - B- | STEP BELOW
SURFACE NOT PERMITTED. BLEND -I2R WITH JOOQ/OSOR
\ , - - 5 EQUAL SPACES AT .200 ±.002 PITCH
1 TOTAL 1.000 ± .002 TOLERANCE NON CUMULATIVE
I \ 1 . CUTOUT THRU-
- BREAK EDGE THIS SIDE 03
■—BREAK 2 EDGES THIS S IDE 03
—.030 R MAX PERMISSIBLE
ONE PLACE ONLY
CUTOUT THRU
—45
2-PLACES
ixxx++
: gJO x 45 o ±5 o IU^
2 PLACES
BLEND WITH
*' 2 * 376 .
.572
-- l ioio
\ 13 EQUAL SPACES AT 2 990
155 1 .200±.002 PITCH .000 p
*■'| 4 S | TOTAL 2.600 ±.002 * 0i0
2.812 TOLERANCE
I I NON-CUMULATIVE
4-40 UNC-3B
SEE NOTE 6
S 20 M
4-PLACES
49 J (FROM GAGE P0INT)4
-.005 MAX ALLOWABLE STEP ABOVE SURFACE [zl —I
STEP BELOW SURFACE NOT PERMITTED
.12 -I I
2-PLACES
, / L42B
’IT/ Graces! l ? 6
-.062 X 45° TVP
_.595 f
.575
DIM FOR STEP ONLY
-•jg OIA 84 HOLES
SECTION F-F
N0TE t INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327 _ M , 1A
2. MATL: ASTM N0.ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS AND BREAK SHARP EDGES .005-.015
4 . UNLESS OTHERWISE SPECIFIED. FINISH 125/ .729 R
5. ALL RADII AND FILLETS TO BE *{g UNLESS
OTHERWISE SPECIFIED
6 . FINISH. ELECTROLESS NICKEL PLATE ALL OVER PER NDI002I9B
DIMENSIONS ANO FINISHES APPLY AFTER PLATIN 6 . PLU 6
THREADED HOLES DURING PLATING SPECIFIED THICKNESS NOT
REQUIRED IN ALL HOLES AS LONG AS PLATING IS CONTINUOUS
THROUGH EACH HOLE
7. COAT THREADS OF FIND NO.I 8 FIND N0.2 WITH MIL-P-8585WET ZINC
CHROMATE PRIMER
8 MARK CHARACTERS BLACK PER ND1002019 EXCEPT SURACI D.
AFTER PLATING ELECTRO CHEMICAL ETCH ALL CHARACTERS ON
SURFACED CENTRALIZE AS SHOWN
9 l PAINT PER ND I002II0TYPE II,USING 1010729-1 ALL SURFACES BETWEEN
VIEWING PLANE AND END OF FRAME UNLESS OTHERWISE SPECIFIED
ALL HOLES TO BE FPEE OF PAINT
K> PAINT PER ND 1002110 TYPE ILUSING 1010729-3. CHARACTER TO BE TYPE I
PER ND 1002122 ,CENTRALIZE AS SHOWN
-.125 DIA X .19 DEEP
2 PLACES FOR
MACHINING LOCATION
-PART NUMBER AND OTHER PERMANENT
MARKING FOR PROCESSING PERMITTED
IN THIS AREA. ELECTRO-CHEMICAL ETCH
.12 HIGH CHARACTERS. LOCATE CENTRALLY
PER ND 10020(9.
\M
-Hh
-4 >.<> 70
_2.'50 kef-
2.130
SECTION G-G
-.015 R MAX PERMISSIBLE
16*7 lit ( FR0M 6AGE p OINT)-
SECTION E“E
.186 _
.190 D,A
x iOO*x;|Yo j
SECTION A-A
J-;jf|DiA THRU
A v L|0-32UNF-2B THRU
| 82° ±I°CSK, 'HIdiA
5 -J |-fr .005 DIA |
SEE N0TE6&7
SECTION B-B
2-PLACES
-.272 DIA
C BORE .406 DIA X .142 DEEP
^Tk.245\^
5’-JW ^—.015 R MAX PERMISSIBLE
SECTION C-C
1000115 -2
1008102
UNLESS OTHERWISE SPECIFIED
- DIMENSIONS ARC IN INCHES
TOLERANCES ON
‘ FRACTIONS DECIMALS I
- ’ X* ‘-Q2. ^
INSERT. THREAQEO, SELF-LO KINC
' FRAME, TRAY___ _
MANNED SPACECRAFT CEf ER
XXX ±*.005 0 # 30' checked
- DO NOT SCALE THIS PRAIA
MATERIAL
SEE NOTE 2
FRAME.
TRAY 2
1008 02
SEE NOTE 6
«
s
4
.127 1.127
-9 SPACES (a ^jPIICH.TOTAL ( |23
\ TOLERANCE NON-CUMULATIVE.
-10 SPACES®; ^jPITCH,TOTAL 'JJ|
\\tolerance non-Cumulative,
2.382
2.368
_2.252_
2.248
_2.127_
-6 SPACES <a> ll^PITCMJOTAL 'J 7 \\
\ TOLERANCE *NON-CUMULATIVE
]||DIA &c*BORE.302 TO
DEPTH shown in section J*J
\(FAR SIDE) 26-PL ACES
t-X)62R
\ 12-PLACES
\ 1.257
\ 1.243
b ,\ N . 882 ^
XXXiSfU
4$-©-©-©-<5 —T
.074 J
.070^
__ .632 .
.616 (K)
hnr:
F=
^-I -HJ4-
- f \t\kra x /
.123 mH4
~ THIS SHEET ADDED QZZ*
C REVISED PER TDRR >>
0 REVISED PEW TDRR f ~
~T~ REVISED PER TDRR " ^
F REVISED PER TDRR ,, - -
~G Kf yiSFL PEP TDRR ;~ =
H REVISED PER TQRP r*7fi/
~J~ REVISED PER TDRR ZU- <- .
K eEV SCQ pg-g- Tpgg 0793A-
~L~ REVISED PER TDRR 113 9
M I REVISED PER TDRR 12596
IS REVISED PEg TPgg 14-445
-®-<t)-©-<S)-4)—4)—•— 0 -®-©-©-©-€)-©-®-€>- 0 i -
\-5 PLACES <a> :'|Z3 PITCH.TOTAL *|g
TOLERANCE NON-CUMULATIVE
3PLACES <®> :|f 3 PlTCH.TOTAL
- TOLERANCE NON-CUMULATIVE-
-5SPACES®) ;',23 PlTCH.TOTAL ; 6 23
TOLERANCE NON-CUMULATIVE
-.187 MIN
CUTTER R
\ _ 1.502 _
\ 1.498
\_2.302
l 3.673
LfeSPACES^^PlTCH, TOTAL $|
TOLERANCE NON-CUMULATIVE
R ■
16-PLACES
-27 SPACESQ, j*23 PlTCH.TOTAL 3*373
TOLERANCE NON-CUMULATIVE
-9 SPACES O';!!, PITCH,TOTAL
TOLERANCE NON-CUMULATIVE
.080
7-PLACES
H-.080
, 5-PLACES
SECTION H-H
.406 DIA
4* PLACES
- 4 SPACES J23 PlTCH.TOTAL ;|§|
TOLERANCE NON-CUMULATIVE
-6 SPACES <a> Ilf 3 PlTCH.TOTAL ‘. 74 I
TOLERANCE NON-CUMUlATIVE
.219 DIA
4 PLACES
,266 4 PLACES
REV B THIS SHEET ADDED
VIEW B-B
scale 2:1
MANNED SPACECRAFT CENTER
PARTIAL VIEW C-C
SECTION J-J
TOLERANCES ON
~ TRACTIONS DECIMALS AN
- • *V,5i«5 ' c
- DO NOT SCALE THIS DRAWING
I HE AT TREATMENT
\
FRAME.
TRAY 2
1008102
■
PARTIAL SECTION K-K
■©©**«**
PULSE TORQLHNG POWER SUPPLY
POWER SUPPLY 25.6 KC POWER SUPPLY 25.6 KC
ENCODER EXCITATION ENCOOER EXCITATION
o^eooooooo66ood%oooodo~SoHo76)o o(ooc|
FAILURE INDICATOR
AMPLIFIER 1% 800 CPS
AAC FILTER ANO
multivibrator
800 CPS
\ AMPLIFIER 5% 800 CPS
- SURFACE-0-REF
VIEW ROTATED 180
DO NOT
PAINT THIS SURFACE-
DO NOT
PAINT THIS SURFACE-
-.08 HIGH TYP
SEE NOTE 8
12 HIGH TYP
SEE NOTE 8-
45A2J9,- ^ 45A2J8 ~
14 1 1 C 5 '0/ 4*0/ 12 6 JQ} I 9_ 4
ACfiTA (Aooooa " GM9 ° ofcQBftgftM (gfiM^o
<a/-©O ©rn^T
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, this sheet added j / t' /,i
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K I REVISED PEC TPg« ^
>< L IREV'ISCD PER TDRR * 1 ^
L [REVISED PER TDgR U3\9
^ M REVISED PER TDRR 1259 &
Kl jggVlSED PERTDgR K44S~
40 !9 S8 30 ©
SECTION J-J
DO NOT
FAINT THIS SURFACE-
REV J THIS SHEET ADDED
MARKING VIEWS
UNLESS OTHERWISE SPECIFIED INSTRUMENTATION LA.
- DIMENSIONS ARE IN INCHES c.xao.oa. m.m
TOLERANCES ON "LB-.- - - C °*’**iA A'
"FRACTIONS DECIMALS ANGLES nPAWN * K^AUl- qaI?
XX*/)2 * rutrmn /* .'-f. / -*
- DO NOT SCALE THIS DRAWING tpocnuAi /j. fi. && ft FE6 <*
MANNED SPACECRAFT CENTER
FRAME,
TRAY 2
,rH b l E 1008102
MIT APPRovAilt/^H^w/l-' Scale | /1 wt |shee t
| NKVISIONS TD#* 2 " ' |
OATK
AWWWOVAL
A
REVISED PER TDRR -Z'W
Pxi-63
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REVISED PER TDRR 22 s* c
Vji/
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REVISED PER TDRR 0 Z +
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REVISED PER TDRR 279* ~
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v
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REVISED PER TDRR 12596
it
N
| REVISED PEJZ TDRR ’44-65
17* *
P
iREViSED PER TDRR ( Sc3E
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MAT1: ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS AND BREAK SHARP EDGES .OOS-.OIS
4. UNLESS OTHERWISE SPECIFIED, FINISH 12^/
5. ALL RADII AND FILLETS TO BE'jJ UNLESS
OTHERWISE SPECIFIED
6. FMSH- ELECTROLESS NICKEL PLATE ALL OVER PER NDIO02196
DIMENSIONS ANO FINISHES APPLY AFTER PLATIN6. PLUG
THREADED HOLES DURING PLATING SPECIFIED THICKNESS NOT
REOUIRED IN ALL HOLES AS LONG AS PLATING IS CONTINUOUS
THROUGH EACH HOLE
T. COAT THREADS OF FIND NO.16IFIND NO.2 WITH MtL-P*83B5WET ZINC
CHROMATE PRIMER
6 MARK CHARACTERS BLACK PER NDI0020I9 EXCEPT SURACE D
AFTER PLATIN6 ELECTRO CHEMICAL ETCH ALL CHARACTERS ON
SURFACED CENTRALIZE AS SHOWN
fl PAINT PER ND IOO2II0TYPE II, USING I0I072GH ALL SURFACES BETWEEN
VIEWING PLANE AND END OF FRAME UNLESS OTHERWISE SPECIFIED
ALL HOLES TO BE FPEE OF PAINT
K>. PAINT PER ND 1002110 TYPE ILUSING I0KJ72B-3. CHARACTER TO BE TYPE I
PER NO 1002122,CENTRALIZE AS SHOWN
SECTION E-E
5°o'±cri5' 7
248
rCD
■;!f I °*a ™ Ru
l IO-32UNF-2B THRU
|-fr .005 oiri
SEE NOTE 6 A7
H. AFTER PLATING, ROUGHENING OF THE SURFACES TO BE ENCAPSULATED
IS PERMITTED>LATING SURFACE MUST BE CONTINUOUS.
SECTION A-A
2-PLACES
SECTION B-B-
2-PLACES
272 DIA
CBORE .406 DIA X .142 DEEP
SECTION C-C
-.015 R MAX PERMISSIBLE
1007142
NEXT ASSY
USED ON
| APPLICATION |
UNLESS OTHERWISE SPECIFIED
TOLERANCES ON
FRACTIONS DECIMALS ANGLE*
XX *.02
XXX ±.005 0* 30
DO NOT SCALE THIS DRAW IN G
MATERIAL
SEE NOTE 2
I HEAT TREATMENT
|FINAL FINISH
SEE NOTE 6
2
1000115-2
INSERT, THREADED, SELF-LC KIEG
2
1
1008102 -1
FRAME. TRAY
1
QTY
PART OR
NOMENCLATURE OR
FIND
REQO
IDENTIFYING NO.
DESCRIPTION
NO
LIST Of MATERIALS
INSTRUMENTATION LAM
DATE.
CHECKED_
MANNEO SPACECRAFT CFMTER
HOUSTON. TEXAS
FRAME,
TRAY 2
[COOE IOENT NO.
80230
NASA DRAWING NO.
1008102
r i
-J*
■ IIOOR102 I*- T
.127 1.127
-9SPACES©. ^jPIKH.TOTAL ||M
\ TOLERANCE NON-CUMULATIVE
Jg^DIA &C*BORE.302 TO
DEPTH SHOWN IN SECTION J-J
\(FAR SIDE) 26-PLACES
HR-'
r 12 HIGH REF
MARKING OPTIONAL
PARTIAL SECTION K-K
2 **4*P*q***A«l« (g)(g)
PULSE T0RQUIN8 POWER SUPPLY
o4j»oeodo«oo«offoo%ooeo?d569Sooo)o oflo^ojl
POWER SUPPLY 2S.6 KC POWER SUPPLY 25.6 KC
ENCODER EXCITATION ENCOOER EXCITATION
AMPLIFIER 1% SOO CPS
AAC FILTER AND
MULTIVIBRATOR
SOO CPS
\ AMPLIFIER 5% SOO CPS
I
_ , this SHEET ADOtu . .
/*j J PER TDRR Otfr''
k revised pee tdrb. 07954 .
fa) L REVISED PER TDgR >1319
^ M REVISED PER TDRR I2S3G
N REVISED PgB TDgg. 144-4-6
P REV,SED PER''OPR 16G92
VIEW ROTATED 100
- SURFACE-0-REF
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RAINT THIS SURFACE-
DO NOT
RAINT THIS SURFACE-
I o ’ ooooooooooL / o //=?. o
» ■' ©'S'
v J 45A2J5 ^
©
-.00 HIGH TYP 12 HIGH TYP
SEE NOTE 8 SEE NOTE 0-i
MARKING OPTIONAL OPTIONAL 1
100*000ool o ol Q OOOOOPOg& tf o fpv°* g ° 0 ° 0 °° 1
, 'JJAO/ M I 1^/^ 24 22 20 0 8 ^
45A2J4 45A2J3 ^ 45A2J2
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* „ . *^to; 4 © . t 5 * 2 ^ . « 4SA2J7 ©, @
—«bb»__:-^
&j/ \&Qj lol 1*0/ \O0 46 41 40 39 S8 30 nQ?
+ + ♦ ^ + t
ZZ +++ +p
4-4 4444 «
i .4. 4 4 4 4 4 5
SECTION J-J
-08 HIGH REF
MARKING OPTIONAL
DO NOT
RAINT THIS SURFACE-
MARKING VIEWS
REV J THIS SHEET ADDED
- DO NOT SCAU THIS ORAWINO
MATERIAL
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
FRAME,
TRAY 2
COOE IOENT NO I SIZE | NASA DRAWING NO
/80230 E 1008102
5
2
1
.050 R MAX PERMISSIBLE
SECTION D-D
-at 4-_.se
:iSr|p
"Tn
2.150 | v/typ ^
2.150 .748
I
i 1.070 fXr
I iwo *l r •*? T .«
I I , -*-l.«S-*-US7
t 1“/ I I
■LJ=
.015 R MAX PERMISSIBLE-
VIEW A
SCALE 2/1
-.030 R MAX PERMISSIBLE
-5 EQUAL SPACES AT .200 ±.002 PITCH
TOTAL 1.0001.002 tolerance non cumulative
CUTOUT THRU—
s?nn-
W+tttt
.38 -1
SEE NOTE S 1
.040 u B # J
.060* 4515 H
I 3.010
13 EQUAL spaces AT 2,090
.200±.002 PITCH
TOTAL 2.600 ±.002
TOLERANCE
NON-CUMULATIVE
4.260
3.700 R , EF
2 PLACES
BLEND WITH
.12 R
'I
ZA'
“J40 0,4 04 M0LES
SECTION F-F
SEE NOTE 6-'
(BOTTOM SURFACE)
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MH.-D-70327
2. MAT'l: ASTM N0.ZK60A-T5 MAGNESIUM ALLOT PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005-.015
4. UNLESS OTHERWISE SPECIFIED FINISH 125/ >?2# *
5. ALL RADII ANO FILLETS TO BE”)! UNLESS
OTHERWISE SPECIFIED r
6. THESE SURFACES TO BE PLATED.REMOVE ANOOIZEO FINISH.
COPPER PLATE PER MIL-C-I455D.CLASS 2.THEN ELECTROLESS
NICKEL PLATE PER MIL- C-26074A.CL ASS 1. ALL DIMENSIONS TO*
ANO FINISHES OF, PLATED SURFACES APPLY AFTER PLATING.
FINISH MACHINING AFTER PLATING IS PERMISSIBLE AS LONG AS MINIMUM
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS.
t FINISH: SEE NOTE 6 FOR PL ATED AREAS. ALL NON-PLATED SURFACES
TO BE ANOOIZED PER MIL-M-3I7I,TVPE JS. PLUG THREADEO INSERT
HOLES DURING ANODIZING.
B. COAT FIND NO. IA FIND NO. 2 WITH MIL*P* B5B5 WET ZINC CHROMATE
PRIMER.
ft MODULE MOUNTING SCREWS AND MODULE ELECTRICAL RECEPTACLES
THIS INFORMATION WILL BE ADOED TO DRAWING AS SOON AS IT IS
AVAILABLE.
4—00 NOT PLATE THIS SURFACE
050 R |
IT fK
m 'mir jnsar % -no, jk -"
-CUTOUT THRU
140 DIA
IlgDIA SPOTFACE
2 HOLES
m
-4 1.070
_2.'50 rE f
2.150
H71II (FROM GAGE POINT)
■;0I5 R MAX PERMISSIBLE
SECTION E-E
«i86 i\|4 . ..
.150 0,4
CSKIOO-X-ffgy
-%272 DIA
CBORE .406 DIA X .142 DEEP
2 11000113^2
INSERT. THREADED. SELF-LOCKING
‘ FRAME. TRAY _
-j|5 DIA THRU
IO-32UNF-2B THRU
82* ±1* CSK, • l | |^DIA
j 4- .003 0IA~1
SEE NOTES TAB
MANNED SPACECRAFT CENTER
SECTION A-A
SECTION B-B
2 PLACES
SECTION C-C
-.015 R MAX PERMISSIBLE
I nMCnOM MOMMA MIQUl DMWN±!_f
-4- XXX ±1805 0*30' cmicmo—
00 NOT scale tms oa m im h tmmmt/h
I MATERIAL
1 SEE NOTE 2
FRAME,
TRAY 2
1008102
■■
2
1
e. FINISH: all surfaces ftD 4__ _
COPPER PLATE PER MIL-C-I455D.CL ASS 2.THEN ELECTROLESS
NICKEL PLATE PER MIL-C-26074A,CL ASS 1. ALL DIMENSIONS TO,
AND FINISHES OF, PLATED SURFACES APPLY AFTER PLATING.
FINISH MACHINING AFTER PLATING IS PERMISSIBLE AS LONG AS MINIMUM
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS. PLUG THREADED INSERT
ft. COAT FIND NO. IA FIND NO. 2 WITH MIL-P-9509 WET ZINC CHROMATE
PRIMER.
ft MODULE MOUNTING SCREWS AND MODULE ELECTRICAL RECEPTACLES
THIS INFORMATION WILL BE AOOED TO DRAWING AS SOON AS IT IS
AVAILABLE.
:i?S
s'o'icris'-'
SECTION A-A
2 PLACES
IO-32UNF-2B THRU
82* ±I*CSK, jl’DIA
14- .00* oiiri
SEE NOTES ft Aft
SECTION B-B
2 PLACES
272 DIA
CBORE .406 OIA X .142 OEEP
2
IOOOII5-2
INSERT. THREAOEO, SELF-LOCKING
1
1008103 -1
FRAME, TRAY
QTT
REQO
PART OR
HJCNTIFYING NO.
NOMENCLATURE OR
DESCRIPTION
rJUT
SECTION C-C
-.015 R MAX PERMISSIBLE
[UNLESS OTHERWISE SPECIFIED
TOLERANCES ON
FRACTIONS _
XXX ±!o05 0*30'
DO NOT SCALE THIS DRAWING
| MATERIAL
SEE NOTE 2
[final finish
SEE NOTE 6
-HTT-
JNMTHOMCNTATION lam
list of materials
n n,
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
FRAME,
TRAY 3
NASA ORAWMG NO.
1008103
[SHEET I OF j~
SECTION D-D
.006 MAX ALLOWABLE STEP ABOVE BU
STEP BELOW SURFACE NOT PCJBBTTEBi
A REVISED PER TORR o<?P" 47-
B REVISEO PER TORR o?3 S' jj*
:J&*r
2.150 A vj*tyP^
2.130 ,74s
I •”* i_d_
.015 R MAX PERMISSIBLE -
1 L ;Ieo
CUTOUT THRU
140 DIA
ffSDIA SPOTFACE
sani-
view A
SCALE 2/1
ifr^
-4W—060 BLEND W,TM - 12 *
4 L
-5 EQUAL spaces AT.200 ±.002 PITCH
TOTAL 1.000 ± .002 TOLERANCE NON CUMULATIVE
CUTOUT THRU-
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
;g«gx4S?±5*-
2 PLACES
BLEND WITH
.12 R
1
ntHlj
T 13 equal SPACES AT
\ .200±.002 PITCH
1 TOTAL 2.600 ±.002
2.3*2 TOLERANCE
( NON-CUMULATIVE
4.260
3.700 R , EF
/ VT'-
SEE VIEW A-^ I
£§[ (FROM GAGE POINT)
_42
3 PLACES
SECTION F-F
NOTES:
1. INTERPRET ORAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MAT1: ASTM N0.ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005-.015
4. UNLESS OTHERWISE SPECIFIER FINISH 125/ .729 REF-«
5b ALL RADII ANO FILLETS TO BE*jg UNLESS ,
OTHERWISE SPECIFIED '_
6 . FINISH: ALL SURFACES 10 BE PLATED ^
COPPER PLATE PER MIL-C-I455D,CLASS 2.THEN ELECTROLESS
NICKEL PLATE PER MIL-C-26074A. CL ASS 1. ALL DIMENSIONS TO,
AND FINISHES OF, PLATED SURFACES APPLY AFTER PLATING.
FINISH MACHINING AFTER PLATING IS PERMISSIBLE AS LONG AS MINIMUM
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS. PLUG THREADED INSERT
HOLES DURING PLATING.
8 . COAT FIND NO.I&FIND NO. 2 WITH MIL-P-B58S WET ZINC CHROMATE
PRIMER.
a MODULE MOUNTING SCREWS ANO MODULE ELECTRICAL RECEPTACLES
THIS INFORMATION WILL BE ADDED TO ORAWING AS SOON AS IT IS
AVAILABLE.
.005 MAX. ALLOWABLE STEP ABOVE SUWf*CC |-E-~]
STEP BELOW SURFACES NOT PERMITTED.
—«0G2 X 45° TVP
A*f\
1.070
_2.I50 rE F-
2.'50
KIS (FROM GAGE POINT)-
-.015 R MAX PERMISSIBLE
SECTION E-E
•iso
CSK K>0*X*<
■%272 DIA
CBORE .404 DIA X .142 DEEP
IO-32UNF-2B THRU
[ L*-K)-32l
,=1 82* ±
l-B- .005 DIA 1
SEE NOTES GAB
SECTION A-A
SECTION B-B
SECTION C-C
-.015 R MAX PERMISSIBLE
UNLESS OTHERWISE SKCtFKO
- OtMCNStONS ARE M MCHCS
TOLERANCES ON
‘ FRACTIONS OECRRALS AMIES
-4- XXX ±*. 005 0* 50'
- 00 NOT SCALE THIS O NA WANO
I000H5-2
1 00 8103 —I
.J H RTHUIAtNTATION LAN
INSERT, THREAPED, SELF-LOCKING
‘ FRAME. TRAY _
MANNED SPACECRAFT CENTER
FRAME,
TRAY 3
1008103
2
SECTION D-D
CUTTER RADIUS-
lHo.74.
I .74* 4
.006 MAX ALLOWABLE STEP ABOVE SURFACE
BTCF BELOW SURFACE NOT FEUBTTEDi
(gi _A_ REVISED PER TOW 1£*J* 47 t.
/%) B REVISED PER TDRR o?3 s/ ? j* ,
C REVISED PER TDRR a x9 fz- r.s^j p¥- k
4r
.015 R MAX PERMISSIBLE-
r 7 ,.oVo rr-
I LS70 «F | •«
I /I . -*-U625
• / l* 2 / I
2 typ j L-U 2
CUTOUT THRU
.040 JL ^
.060^ ** i
TYP 30*
VIEW A
- .0003 MAX . STEP BELOW ADJACENT SURFACE
PERMISSIBLE FOR SHADED AREA __
STEP MAY NOT EXTEND TO LEFT OF SURfACE FFn
.140 DIA
•||gOIA SPOTFACE
2 HOLES
-J\W~ BLEND W,TH * 12 R
4U‘
-5 equal spaces AT .200 ± .002 PITCH
TOTAL 1.000 1.002 TOLERANCE NON CUMULATIVE
CUTOUT THRU-
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
;gjgx4tft5*-
2 PLACES
BLEND WITH
.12 R
run - ;
!nr : :!
♦it** ♦
♦+4 ♦++
♦44tt♦
_____ \ 3010
T 13 EQUAL SPACES AT 2,090
\ .200±.002 PITCH
I TOTAL 2.600 ±.002
2.312 TOLERANCE
| NON*CUMUL AT IVE
"125DIA*. 19 DEEP
2 PLACES FOR
MACHINING LOCATION
0
IM 6 AGE POINT)-
_J2
3 PLACES
SECTION F-F
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANOAROS
PRESCRIBED BY MIL-D-70327
2. MATL: ASTM N0.ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005-.015
4. UNLESS OTHERWISE SPECIFIED. FINISH 125/
5. ALL RAOII ANO FILLETS TO BE*{J UNLESS
OTHERWISE SPECIFIED
6 . FINSH:ELECTROLESS NICKEL PLATE ALL OVER PER NDI002IBB.
DIMENSIONS AND FINISHES APPLY AFTER PLATING. PLUG
THREADED INSERT MOLES DURING PLATING
8 ^ COAT FINO NO.I± FIND NO. 2 WITH MIL-P-S5SS WET .MC CHROMATE
PRIMER.
ft MODULE MOUNTING SCREWS AND MODULE ELECT CAL RECEPTACLES
THIS INFORMATION WILL BE ADDED TO ©RAWIN' AS SOON AS IT IS
AVAILABLE.
.006 MAX. ALLOWABLE STEP ABOVE SURFACE pTH
STEP BELOW SURfftCES NOT PERMITTED.
-.062 X 45° TVP
FOR STEP ONLY
-PART NUMBER AND OTHER
PERMANENT MARKING FOR
PROCESSING PERMITTED
Bi THIS AREA. ELECTRO¬
CHEMICAL ETCH .12 HIGH
CHARACTERS LOCATE
CENTRALLY
i m
4 Ti
I.OTO
_2.>50 reF-
2.150
»K'ft (FROM GAGE POINT)-
kOl5 R MAX PERMISSIBLE
SECTION E-E
»l8 ( hia _
• l90 ° ?x7T
* 100 * *1210 /
-*2?2 DIA
CBORE .406 OlA X .142 DEEP
2 I000IIS-2
I 1008103 —
-;]|| D, A THRU
(0-32UNF-2B THRU
82* ±l"CSK. J 99 UIA
!•» .005 DlAl
SEE NOTES BAB
JNCTRUMCNTATION UMI
INSERT. THREAPED. SELF-L0CKIN6
' FRAME. TRAY _
MANNED SPACECRAFT CENTER
SECTION A-A
2 PLACES _ —
SECTION B-B
2 PLACES
r-JLT '
SECTION C-C
-.015 R MAX PERMISSIBLE
) FRACTIONS DRAWN
-4- XXxIloOS 0*30' chec«o_
«» NOT SCAU this H&RRN8_IAPPROVAL^
FRAME,
TRAY 3
scale i/I
1008103
2
1
I
* 4
* 1
I
b^+
PH0T09RAPHIC SCALE ONUT
a.jmc *^4rr^ ~ ;
,050
SECTION D-D
.004 MAX ALLOWABLE STEP ABOVE SURPACEf^J
mo BELOW SURFACE NOT PEMWTTEBl
.015 R MAX PERMISSIBLE
CAGE POINT
A
NWVIWOW Toft
MSCBIPnON
REVISED PER TDRR oat**
'<* <?
-i+M
/wi5-
B
REVISED PER TERR ZZ3 _cv
^ lX
C
REVISED PER TDRR a %9*X-
' >-* J
u*.
D
REVISED PER TDRR v vl f *
u-jr -
REVBED PER TDRR
TR-
F
REVISED PER TDRR 03781
CUTOUT THRU
*0003 MAX. STEP BELOW ADJACENT SURFACE
PERMISSIBLE FOR SHADED AREA_
STEP MAY MOT EXTEND TO LEFT OP SURFACE ! 7 ?-!
.140 DIA
•||gOIA SPOTFACE
2 HOLES
VIEW A
SCALE 2/1
J^W~ 0 G0 aLEM0 * ,TM R
4L'
.030 R MAX PERMISSIBLE
ONE PLACE ONLY
-5 EQUAL SPACES AT.200 ±.002 PITCH
TOTAL 1.000 ±002 TOLERANCE NON CUMULATIVE
CUTOUT THRU
4-40 UNC-3B TAP
AFTER ANODIZING
13 EQUAL SPACES AT
.200±.002 PITCH
TOTAL 2.GOO ±.002
TOLERANCE
NON-CUMULATIVE
'wSA
,2BSC L^ggU'7V~ A
SEE VIEW A
£§[ (FROM GAGE POINT)-
SECTION F-F
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-0-70327
Z.MAT'l: ASTM N0.ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS AM) BREAK SHARP EDGES .005 -.015
4, UNLESS OTHERWISE SPECIFIER FINISH I2y
3. ALL RADII A NO FILLETS TO BE *Jq UNLESS
OTHERWISE SPECIFIED
C.PIMSH:ELECTROLESS NICKEL PLATE ALL OVER PER NDIOOKIBBl
DIMENSIONS A*0 FINISHES APPLY AFTER PLATING. PLUG
THREADED INSERT HOLES OURINB PtATINB
B. COAT FINO N0.IJ.FIN0 NO. 2 WITH MIL-P-B5BS WET .NC CHROMATE
PRIMER.
t MODULE MOUNTING SCREWS AND MODULE ELECT CAL RECEPTACLES
THIS INFORMATION WILL BE ADDED TO ORAWIN* AS SOON AS IT IS
AVAILABLE.
SECTION 0-6
(FROM GAGE POINT)-
FOR STEP ONLY
■ART NUMBER AND OTHER
PERMANENT MARKING FOR
PROCESSING PERMITTED
Bl THIS AREA. ELECTRO¬
CHEMICAL ETCH .12 HIGH
CHARACTERS PER NDI0020lt
LOCATE CENTRALLY
-.015 R MAX PERMISSIBLE
17.488 _
' 17.4 SB
SECTION E-E
§*o 'tony
SECTION A-A
2 PLACES ^
272 DIA
CBORE .40G DIA )
H0-32UNF-2B THRU
82* ±1* CSK, Vllw DIA
!•»• .005 0*A~1
SEE NOTES I *•
SECTION B-B
2 PLACES
5*JU
SECTION C-C
-.015 R MAX PERMISSIBLE
r p*
| UNLESS OTHERWISE SPECIFIEO
DIMENSIONS ARE M MCMKS
TOLtRANCtS ON
00 NOT SCALE THIS 0
MATERIAL
SEE NOTE 2
INERT TREATMENT
SEE NOME 4
2 H000IIS-2
l 11008103 —I
INSERT. THREADED. SELF-LOCKING
FRAME. TRAY
NOMENCLATURE OR
M I T
JMWINUMtNTATION L
LIST or MATERIALS
W tr- ***** DATE
MANNED SPACECRAFT CENTER
MUSTOM. TtMl
FRAME.
TRAY 3
1008103
PHOTOGRAPMC SCALE ONLY
2
1008103
SECTION D-D
CUTTCA RADIUS -
2.150 4 Vl*T»p"
2.130 .748 f ^
.744 A X WsL'..
.•08 MAX ALLOWABLE STEP i
STEP BELOW SURFACE MOT HI
.015 R MAX PERMISSIBLE-
1 .383
•ar.
|l LS70
! / !»/
■sspR"
5 b|2
S«4T' ■' c v «U- JNNWMP^jn^^HIMT
A RE VISED PEW T O HR 02Ht* IT'U mU
B REVISED PER TDRR o.g J *»,J
C REVISED PER TDRR <? %9 /± r-^i i
D REVISED PEP TpRR^nfS r4 " ,
E hEVBEP'TK *
F REVISED PER TDRR G378I k<^s ?
6 REVISED PER TDRR 0 &*r4 p t‘
CUTOUT THRU
.040 JL^
.060^^ {
TYP 30*
VIEW A
SCALE 2/1
-.0003 MAX . STEP BELOW ADJACENT SURFACE
PERMISSIBLE FOR SHADED AREA ,
STEP MAY MOT EXTEND TO LEFT OF SURfACt TTH
140 DIA
|§2 dia spotface
J^U—o2S BLEN0 w,th j2 *
44
-.005 MAX ALLOWABLE STEP ABOVE 1-B-l
\STEP BELOW SURFACE MOT PERMITTED
X BLENO .I2R WITH- .000/.030 R
-5 EQUAL spaces AT.200 ±.002 PITCH
TOTAL 1.000 ±.002 TOLERANCE MON CUMULATIVE
CUTOUT THRU-
- BREAM 2 EDGES THIS SIDE .03
rCUTOUT THRU
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
-BREAK EDGE THIS SlOE .03
iiufj
I t♦♦♦
4 JJ*
13 equal spaces at
1 .200±.002 PITCH
total 2.GOO ±.002
n TOLERANCE
V NON-CUMULATIVE
2 PLACES
BLEND WITH
.12 R
4-40 UNC-3B
SEE NOTE 6
-J8 OIA 84 HOLES
IM GAGE POBiT)
1 HI?
3.700 ,
-.125DIA*.IS DEER
2 PLACES FOR
MACHINING LOCATION
-.Of* .084
_J2
3 PLACES
£§? (FROM GAGE POMT)
SECTION F-F
NOTES:
1. INTERPRET OR AWING IN ACCORDANCE WITH STANOAROS
PRESCRIBED BY MIL-D-70327
2. MAT1: ASTM NO. ZK60A-T5 MAGNESIUM ALLOT PER 00-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005-.015
4. UNLESS OTHERWISE SPECIFIC* FINISH 125/ ^
5. ALL RAOII ANO FILLETS TO BE *jj UNLESS
OTHERWISE SPECIFIED 1
Af BBSN!ELECTROLESS NICKEL PLATE ALL OVER PER NO lOOtlS*
DfWE“S!''HS *K0 m t ** * APPLY AFTER PLAT** PLUG
THREAOED HOLES DURUM PLATINB. SPECIFIED THICKNESS
NOT REQUIRED IN ALL HOLES AS LONG AS PLATINB IS THROUGH EACH
« COAT THREADS OF FMO NCtl ANO FBM NQ.2 WITH MB.- P-BBBB
ZINC CHROMATE PRIMER.
* MARK CHARACTERS BLACK PER NDIOOtOtt EXCEPT SURFACE II.
AFTER PLATINB ELECTRO-CHEMICAL ETCH PER NO 1008018 ALL
CHARACTERS ON SURFACE 0. CENTRALIZE AS SHOWN.
* PAINT PER MS_USSM KX072S-I ALL SURFACES BETWEEN
VtEWMS PLANE ANO END OF FRAME UNLESS OTHER WISE SPBCIFMB.
ALL HOLES TO BE FREE OF PAINT.
REPAINT PER NO_USSM KH072B-S CHARACTER Tt BE
TYPE 1 FEN NO 1002122. CENTRALIZE AS SHOWN.
.006 MAX. ALLOWABLE S
STEP BELOW SW U ACEB
» ABOVE SURFACE RTt
T PERMITTED.
—aOG2 X 45° TYP
FOR STEP ONLY
“FART NUMBER ANO OTHER
PERMANENT MARKING FOR
PROCESSING PERMITTED
M THIS AREA. ELECTRO¬
CHEMICAL ETCH J2 HIGH
CHARACTERS PER NO1002018
LOCATE CENTRALLY
4
-4 I.OTO
-I:\1S " Ef -
-jyiH (FROM GAGE POINT)-
17.488_
17.4 GB
-.015 R MAX PERMISSIBLE
SECTION E-E
5tA
CSK •00*X*2|Q j
-.272 OIA
CBORE .404 OIA X .M2 OEEP
2 IOOOII5-2
I 1008103 —
l L H0-32UNF -2B THRU
pi 82* ±1* CSK, -^DIA
INSERT. THREAOEO. SELF-LOCKING 2
FRAME. TRAY __ I
MANNED SPACECRAFT CENTER
14- .005 OIA |
SEC NOTES BAT
SECTION A-A
2 PLACES ~
SECTION B-B
5*JL '
SECTION C-C
-.Ois R MAX PERMISSIBLE
] fraction* occnmu Man
1 -4- XXX *.005 0*30' o**™-*-
master
FRAME,
TRAY 3
1008103
i.■! 1,1 »f t.■"""F 1 " >u*.s
5
1008103
3
2
SECTION D-D
COTTER RADIUS -
.005 MAX ALLOWABLE STEP ABOVE SURFACE UP-
STEP BELOW SURFACE MOT PERMITTED.
" RFViSED PER TDRR A+M. 47 i
" REVISED PER TDRR Qg.3 s/ 1 >'*■» JJ*
' REVISED PER TDRR o%9>T~ »- r -< , gp*-
~ REVbED PEP TDRR
- REVISED fiEft TbftR 5V-^T ~~
~ REVISED PER TDRR 03781 yfifb ^
" REVISED PER TCRR^fr*
~ REVISED PLK TDRR 11519 IVi? ^
J2
~2 PLACES
y—.12 R
4 r
2.150 -
2.130 .748
, .746
‘["T
U625-*-1.237
ij_1=
.015 R MAX PERMISSIBLE-
CUTOUT THRU
-.0003 MAX . STEP BELOW ADJACENT SURFACE
PERMISSIBLE FOR SHADED AREA
STEP MAY NOT EXTEND TO LEFT OF SURFACE l - F-J
140 DIA
||gDIA SPOT FACE
2 HOLES
.040 J L
VIEW A
SCALE 2/1
-^-.060 BLEND wr
-.005 MAX ALLOWABLE STEP ABOVE 1— B —1
\sTEP BELOW SURFACE NOT PERMITTED
\ BLEND *I2R WITH .000/.03C R
-5 EQUAL SPACES AT .200 ±.002 PITCH
TOTAL 1.000 ± .002 TOLERANCE NON CUMULATIVE
CUTOUT THRU->
-BREAK 2 EDGES THIS SIDE .03
-CUTOUT THRU
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
-BREAK EDGE THIS SIDE .03
2 PLACES
BLEND WITH
.12 R
T 13 EQUAL SPACES AT
\ .200±.002 PITCH
r \ TOTAL 2.600 ±.002
2.312 TOLERANCE
l NON-CUMULATIVE
4-40 UNC-3B
SEE NOTE 6
DIA 84 HOLES
J2P
-125 DIA «.I9 DEEP
2 PLACES FOR
MACHINING LOCATION
u-%r
Mi GAGE POINT)- 1 -^-*
'OOS MAX. ALLOWABLE STEP ABOVE SURFACE ]-E- 1
’ STEP BELOW SURFACES NOT PERMITTED.
-.062 X 45° TYP
..595 QM T
.575 Di,#
FOR STEP ONLY
SECTION F-F
-PART NUMBER AND OTHER
PERMANENT MARKING FOR
PROCESSING PERMITTED
IN THIS AREA. ELECTRO¬
CHEMICAL ETCH .12 HIGH
CHARACTERS PER NDI0020I9
LOCATE CENTRALLY
\m
i.oto
.2.150 GEF-
2.130
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MAT LI ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER 0Q-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EOGES .005 -.015
4. UNLESS OTHERWISE SPECIFIED, FINISH 125/ .729 REF- •-4«
5. ALL RADII ANO FILLETS TO BE UNLESS m -
OTHERWISE SPECIFIED
G.FINISH:ELECTROLESS NICKEL PLATE ALL OVER PER ND I002I9B.
DIMENSIONS AND FINISHES APPLY AFTER PLATING. PLUG _
THREADED HOLES DURING PLATING. SPECIFIED ™CKNESS
NOT REQUIRED IN ALL HOLES AS LONG AS PLATING IS THROUGH EACH HOLE
I “It tSrEADS OF FIND NO I ANO FIND NOl2 WITH MIL- P-8585
ZINC CHROMATE PRIMER. _ _
E MARK CHARACTERS BLACK PER ND 1002019 EXCEPT SURFACE D-
AFTER PLATING ELECTRO-CHEMICAL ETCH PER ND 1002019 *LL
CHARACTERS ON SURFACE 0. CENTRALIZE AS SHOWN. _____ s
9 PAINT PER NO 1002110 TYPE II, USING 1010729-1 ALL SURFACES ® CT *****
VIEWING PLANE AND ENO OF FRAME UNLESS OTHERWISE SPECIFIED.
ALL HOLES TO BE FREE OF PAINT. _
10.PAINT PER NDI002IIO TYPE ILUSING 1010729-3. CHARACTER TO BE
TYPE 1 PER ND 1002122. CENTRALIZE AS SHOWN.
SECTION G-G
-KI8 (FROM GAGE POINT)-
-.015 R MAX PERMISSIBLE
SECTION E-E
I v L K)- 32UNF-2B THRU
j=i 82* ±I*CSK, J 99 DIA
.003 Dl*~|
SEE NOTES • 47
-.272 DIA
CBORE .406 DIA X .142 DEEP
IOOOII5-2
100 8103 -»
SECTION A-A
SECTION B-B
2 PLACES
OIS n MAX PERMtSSIM-e
SECTION C-C
UNLESS OTHERWISE SPECIFIED
- DIMENSIONS ARE M INCHES ' i*.
TOURANCES ON *- »
" FRACTIONS DECIMALS ANO.ES
■ -4- XXX±:8o5 0*30' cheoleo
- DO NOT SCALE THIS DRAWING APPROVAL
JNWTNUMCNTATION LAM
INSERT. THREADEO, SELF-LOCKING
FRAME. TRAY
MANNED SPACECRAFT CENTER
FRAME,
TRAY 3
1008103
PARTIAL SECTION K-K
00 NOT PAINT
THIS SURFACE
00 NOT PAINT -
* THIS SURFACE
3
2
revisions^
0^2 r- ——J
SECTION D-D
CUTTER RADIUS—1>
r-'00 '
005 MAX ALLOWABLE STEP ABOVE SURFACE r -D^]
STEP BELOW SURFACE MOT PERMITTED.
J2
2 PLACES
/—.12 R
4 T
2.150
2.130 .748
. .746
.05 R MAX PERMISSIBLE-
- 0003 MAX. STEP BELOW ADJACENT SURFACE
a revise: i fr tdhh
— REVISED PER TQRR ozs r >'
c revised PER tdrr .
o REVISED PER TDRR rC ^ j -
HT~ REV6ED PER l UkR : ’ _ —
F REVISED PER TDRR 03.?81—.
~3 IRE VISED ?ER~^C RR ✓ *1__
~F*E\iSEP TCRR W*\9_
■ i ;gr\isfD ?ER tdrr
CUTOUT THRU
'i?£° •« T ^
-4-i.Ms-I-i.2i 7 - 1 -
.140 DIA
•|IB D| A spotface
VIEW A
scale 2/1 j I
-.005 MAX ALLOWABLE STEP ABOVE \ -B j
\.STEP BELOW SURFACE NOT PERMITTED
XBLEND .I2R WITH .000/.030 R
’*060 BLEND WITH .12 R
-BREAK 2 EDGES THIS SIDE .03
r-CUTOUT THRU
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
_ TOTAL^LO^OO i^.002^ TOlERANcIe NON^ CUMULATIVE
CUTOUT THRU-
-BREAK EDGE THIS SIDE .03
KUirt
■ T 13 EQUAL SPACES at
- \ .200±.002 PITCH
\ TOTAL 2.600 ±.002
•» 55 2»2 TOLERANCE
445 I NON-CUMULATIVE
040 X 45°-*- 5°-
060* 45
2 PLACES
BLEND WITH
.12 R
4*40 UNC-3B
SLF NOTE 5
"‘.139 0IA 84H0LES
• 4 |] (FROM GAGE POINT)
J25-^H
.IU
L«
3 PLACES
4.260
3.700 R , EF
-^005 MAX. ALLOWABLE STEP ABOVE SURFACE,-E^J
' STEP BELOW SURFACES NOT PERMITTED.
11 *
SECTION F-F
-.125DIA*.19 DEEP
2 PLACES FOR
MACHINING LOCATION
-.062 X 45° TYP * for STEp 0^
-PART NUMBER AND OTHER
PERMANENT MARKING FOR
PROCESSING PERMITTED
IN THIS AREA. ELECTRO¬
CHEMICAL ETCH 12 HIGH
CHARACTERS PER NDI0020I9
LOCATE CENTRALLY
iirii
A >-° 70
2.1^0 R £F-
'2.13°
N0TE MNTEBPReT DRAWING IN ACCORDANCE WITH STANDARDS
2 NO. ZK60A^T5^MAGNES*UM AC L 0V PCR OO.«- 51 A
3 “tiwE BURRS AND BREAK SHARP EDGES .005-.015
4. * UNLESS OTHERWISE SPECIFIED, FINISH lay .729 REF-——
5. ALL RADII AND FILLETS TO BE jq UNLESS I*
THREADED HOLES 0“* ,N ® 0 ^5 T 1 J^ J* C Ai E pLATING ,E S S THR009H EACH HOLE
X SIt *THREADS OF Zt ™ P*HO HO E WITH M.L- P-8S80
SECTION G-G
,015 R MAX PERMISSIBLE
—16*7*65 ( FR0M 6AGE P ° ,NT) "
SECTION E-E
.186 nil __
.190 0,4
KlOO-X-ffgi
c—.272 OIA
C BORE .406 OIA X .142 DEEP
SECTION A-A
^J69 u,a ,nnu
A v Lio-32unf-2b thru
-^ 82° ±1° CSK, ‘jlgDIA
5 •] ]-» .005 O.Al
SEE NOTES 6 A?
SECTION B-B
| /rj l
s ^Tk,A3\
SECTION C-C
-.015 R MAX PERMISSIBLE
T7000II5-2
;00 8i03 ~
J UNLESS OTHERWISE SPECIFIED INSTRUMENTATION LAI
- DIMENSIONS ARE IN INCHES cawwwiom
tolerances on - — —-rj-—T 2 --
“ FRACTIONS DECIMALS ANGIES drawn J’ °* TL -
- X 55 ±*.005 0*30' checked _____
_ DO NOT SCALE THIS DRAWING _APPROVAL jftWK t £
MATERIAL APPROVAL ----
SEE NOTE 2_ _
' IKIC.FPT THR FADED. SELF-LOCKING
~ FRAME. TRAY ___
NOMENCLATURE OR
DESCRIPTION _
MANNED SPACECRAFT CENTER
FRAME,
TRAY 3
/fCOOE IOENT NO I SIZE 1
4
3
.030 ft MAX PERMISSIBLE
SECTION D-D
*_.385
^ ^.365
•H0_. M.
. 096 * r
— Hi
2.150 I VJ'TVP.X 1
2.130 .748 * 3CTTY^|
.015 ft max permissible -
.040 JL.
'&? fr,
-^-IA25-«-'.237
CUTOUT THRU
140 DIA
||gDIA SPOTFACE
2 HOLES
VIEW A
-5 EQUAL SPACES AT.200 ±.002 PITCH
TOTAL 1.000 ± .002 TOLERANCE NON CUMULATIVE
_ CUTOUT THRU-
-CUTOUT THRU
.38 -1
SEE NOTE S l
2 PLACES
BLEND WITH
.12 R
IT***?
13 EQUAL SPACES AT
.200±.002 PITCH
TOTAL 2.600 ±.002
TOLERANCE
NON-CUMULATIVE
’* o
M GAGE POINT) - : *
-.030 R MAX PERMISSIBLE
SECTION F-F
SEE NOTE 6 —'
(BOTTOM SURFACE)
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-0-70327
2. MAT'l: ASTM NO. ZKGOA-TS MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005 -.015
4. UNLESS OTHERWISE SPECIFIED. FINISH 125/
OTHERWISE SPECIFIED
* THESE SURFACES TO BE PL AT ED. RE MOVE A NODI ZED FI NISH.
COPPER PLATE PER MIL-C-I4S5D,CLASS 2.THEN ELECTROLESS
NICKEL PLATE PER MIL- C*26074A,CL ASS A ^L DIMENSIONS TO,
AND FINISHES OF, PLATED SURFACES APPLY AFTER PLATING._
FINISH MACHINING AFTER PLATING IS PERMISSIBLE AS LONG AS MINIMUM
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS.
I FINISH: SEE NOTE 6 FOR PL ATED AREAS. ALL NON-PLATED SURFACES
TO BE ANODIZED PER MIL-M-3I7I,TYPE H. PLUG THREADED INSERT
HOLES DURING ANODIZING.
B. COAT FIND NO. I A. FIND NO. 2 WITH MIL-P-8585 WET ZINC CHROMATE
PRIMER.
B MOOULE MOUNTING SCREWS AND MODULE ELECTRICAL RECEPTACLES
THIS INFORMATION WILL BE ADDED TO DRAWING AS SOON AS IT IS
AVAILABLE.
H’7lS <P*OM 6ACt POINT)
.186 Dl
.190
CSK lOO’X-
*•—DO NOT
030 R
|!*- N W>62 X 45° TVP
PLATE THIS SURFACE
SECTION E-E
-%272 DIA
CBORE .406 DIA X .142 OEEP
- ; ]||dia THRU
IO-32UNF-2B THRU
\m
■r“h
_2.'^0 REF
2.130
-.015 R MAX PERMISSIBLE
| .005 DIA |
SEE NOTES TAB
SECTION A-A
SECTION B-B
a™"
SECTION C-C
-.015 R MAX PERMISSIBLE
UNLESS OTHERWISE SKCIFIEO
- DIMENSIONS ARE M RICHES cS
TOLERANCES ON — - ,
‘ FRACTIONS DECIMALS ANOLES muwn £*-*
-+*- XXX ±.005 0*30' omc ’ kV> ~7T2.
- DO NOT SCALE THIS OAAWINC uwn.ll
INSERT, THREADED. SELF-LOCKING
‘ FRAME, TRAY___
MANNED SPACECRAFT CENTER
FRAME,
TRAY 3
1008103
SECTION D-D
-.005 MA X ALLO WABLE STEP A80V
SURFACE Qd£J. STEP BELOW
SURFACE NOT PERMITTED
* PEACES /—.12 N
^ . 365
^ *^.365
~TR-
2.150 1 yJ'TYPj
2.130 .748 ^
I -748 A
1 . 07 ° I J 2
REF I « 8 ’ 2
IJ62S-*—
.<S5 r max permissible-
CUTOUT THRU
,140 DIA
HgDIA SPOTFACE
2 HOLES
view A
SCALE 2/1
11—.08 0 BLEND WITH J2R
n r :4
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
^-CUTOUT THRU
-5 EQUAL SPACES AT.200 ±.002 PITCH
TOTAL LOOO ± JD02 tolerance NON CUMULATIVE
CUTOUT THRU—
•040w aA«|*
.040* 4 * ±5 ^
1
1 1 it L
13 EQUAL SPACES AT
.200±.002 PITCH
TOTAL 2.800 ±.002
TOLERANCE
NON-CUMULATIVE
2 PLACES
BLEND WITH
J2 R
4.280
3.700 R , EF
-’.So 0,A 84 M0LES
SECTION F-F
NOTES:
L INTERPRET DR AW IMS IN ACCORDANCE WITH STANOAROS
PRESCRIBED BY MIL-0-70327
2. MAT'l: ASTM NO. ZK80A-TS MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005 -.OIS
4. UNLESS OTHERWISE SPECIFIED. FINISH 125/ ?29
ft ALL RAOII ANO FILLETS TO BE ^ UNLESS
OTHERWISE SPECIFI ED
** COPPER^pTaTE^PER MIL-C-I455D.CLAS5 2.THEN ELECTROLESS
NICKEL PLATE PER MIL-C-26074 A, CL ASS 1. ALL pi M jf*SlONS T8 *
ANO FINISHES OF, PLATED SURFACES APPLY AF TER PLATING.
FINISH MACHINING AFTER PLATING IS PERMISSIBLE AS LONG AS MINII
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS.
PLUS THREADED INSERT HOLES DURING PLATING
SECTION Or 6
SCALE: t/l
i m
4 4 Ti
_LI35_J 1
-A 1.070
-!*'«30 * EF
£.7181 ( FR 0M GAGE POINT)
-.015 R MAX PERMISSIBLE
SECTION E-E
jb5 —
CSKK»*x : «8y
ft COAT FIND N0.I4FIND NO. 2 WITH MIL-P-B5B5 WET ZINC CHROMATE
PRIMER.
ft MODULE MOUNTING SCREWS AMD MODULE ELECTRICAL RECEPTACLES
THIS INFORMATION WILL BE ADOED TO DRAWING AS SOON AS IT IS
AVAILABLE.
-.272 DIA
C BORE .408 OtA X .M2 DEEP
2 11000113-2
INSERT. THREADEO, SELF-LOCKING
FRAME. TRAY ~
[ LH0-32UNF-2B THRU
[=4 82*±|-CSK.-'«*DIA
l-G- .003 DIA 1
SEE NOTES B AS
SECTION A-A
SECTION B-B
^>-.015 R MAX PERMISSIBLE
SECTION C-C
UNLESS OTHERWISE SPECIFIED [|M||||
DIMENSIONS MK IN INCHES ^<5
TOLERANCES ON «— »
FRACTIONS DECIMALS ANGLES <
± XX ±.02 __
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
XXx£q 05 0 ^ 30 ' checxed_
'■** THIS OMMMNG_I APPROVAL.!
- 00 NOT SCALE THIS ORA
MATERIAL
SEE NOTE 2
FRAME.
TRAY 4
Ul' tL k ffL^ J
1008104
r If**' **
SECTION D-D
,009 MA X ALLO WABLE STEP ABO*
surface l-p- 1 . step below
SURFACE NOT PERMITTED .
-*i m--2
S&*r
.<H R MAX PERMISSIBLE -
2.150 1 v/typ"
2.130 .748 4 30TTYP^
I
•|3«TTP-I tr^TO
.115 Jr .260
1.070
REF •* 2
-i-U625-i-
VIEW A
-5 EQUAL SPACES AT .200 ± .002 PITCH
TOTAL 1.000 ±.002 TOLERANCE NON CUMULATIVE
CUTOUT THRU—
—.030 R MAX PERMISSIBLE
ONE PUCE ONLY
:&S* 4 *^
2 PLACES
MLENO WITH
.12 R
If
i -*-** 4 4 +;
4 - +4t ll
•nri
45*—
9 PLACES
13 EQUAL SPACES AT
.200±.002 PITCH
TOTAL 2.600 ±.002
TOLERANCE
NON-CUMULATIVE
4.260
3.700 « £F
K203 R
8 PLACES
1.960
I.42B I
A 'L
'A
(FROM BACK POINT)*
"iSo 0U 04 M0LES
• SECTION F-F
NOTES:
k WTERPRET OR AW MB IN ACCORDANCE WITH STANOAAOS
PRESCRIBED BY MIL-D-70327
2. MAT # l: ASTM NO. ZK60A-TS MAGNESIUM ALLOY PER 0Q-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005 -.015
4. UNLESS OTHERWISE SPECIFIER FINISH 1 25/ ?2f ^
5. ALL RAOM ANO FILLETS TO BE *j J UNLESS
OTHERWISE SPECIFIED
«. PMMM ALL WWtftl TO ■ PLATED.
COPPEP PLATE PER MIL-C-I4550.CLASS 2.THEN ELECTROLESS
NICKEL PLATE PER MIL-C-26074A.CL ASS i. ALL DIMENSIONS TO,
ANO FINISHES OF, PLATED SURFACES APPLY AFTER PLATING.
FINISH MACHINING AFTER PLATING IS PERMISSIBLE AS LONG AS MINIMUM
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS.
FLUB THREADED INSERT HOLES 0UMN8 PLAT IMS
* COAT FI NO NO.IAFINO NO. 2 WITH MIL-P- B5B9 WET ZINC CHROMATE
PRIMER.
-.005 MAX ALLO WABLE STEP
ABOVE SURFACE r-E-1 . STEP
BELOW SURFACE NOT PERMITTED
SECTION G-G
SC*£. i/I
P ^- 002 * 45 ° TY * ‘fc^ep
II ONur
-00 NOT PLATE THIS SURFACE
(A A REVISED PER TDRR ?Zf*? Jf-
B REVISED PER TDRR og-ZSi
CUTOUT THRU
140 OIA
|| S 01A SPOTFACE
4
-4 1 . 0^0
-|-.’, 1 S Rtf -
SIti'S (r0OM CACC p 0 ,NT )
-.015 R MAX PERMISSIBLE
SECTION E-E
:!** »•* —
- 1 272 DIA
CBORE .406 DIA X .142 DEEP
i
2 11000115^2
I0-32UNF-2B THRU
82* it*CSK, ‘ 1 I 9 DIA
14- .005 DlAl
SEE NOTES# AS
INSERT. THREADED. SELF-LOCKING
‘ FRAME. TRAY _
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
SECTION A-A
SECTION B-B
vjw "
SECTION C-C
-.015 R MAX PERMISSIBLE
1 FRACTIONS DECI MAL S AMIES V. *J
± XX ±.02 * , -
-H- XXX ±.005 or 30' CHECKED
FRAME,
TRAY 4
J008I04
1
2
3
2
1008104
1 1008104 | C |
SmnhpM&'I
■IS EQUAL SPACES AT
.I25±.002 PITCH TOTAL
1.500 ±.002 TOLERANCE
NON—CUMULATIVE
10 EQUAL SPACES AT
.125 ± 002 PITCH TOTAL
1.250 ± 002 TOLERANCE
NON-CUMULATIVE
VIEW B-B
-IS EQUAL SPACES AT
.125 ± .002 PITCH TOTAL
2.375±.002 TOLERANCE
NON-CUMULATIVE
—.2IS DIA
3 PLACES
REV B THIS SHEET ADDED
.406 DIA
5 PLACES
UNLESS OTHERWISE SRSCOTEO ___
DIMENSIONS ARE IN MCMES UJ-TI J
TOLERANCES ON — m
*«»» DRAWN
* "jCXX±!005 OP SO* CHECKED _
.100
8 PLACES
SECTION N-H
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS _
FRAME.
TRAY 4
RO . I SIZE NASA ORAWINO NO
E 1008104
1008104 C
<hi
* Ata ,,-.
section D-D
.As R MAX PERMISSIBLE-
*--oN\n
.o«oJL>S
.060^^ £
TYP 30°
VIEW A
M50 A jrfTYP^
2.130 .748 ^
;|??typJ
_lL_.04 o
-060
-.005 MA X ALLO WABLE STEP ABOV
SURFACE 1-0-1 . STEP BELOW
SURFACE NOT PERMITTED
r-i
.no _ ^
.oso* r
'• o7 ° T •!> r~
REF * 82 I .818
J_j„.i_,.237
.LJ=
-.0003 MAX. STEP BELOW ADJACENT SURFACE PERMISSIBLE
FOR SHADED AREA. STEP MAY NOT EXTENO TO LEFT OF
SURFACE S - F-l
REVISED PER TOWN QZ/ + 7 4f. ^
' REVISED PER TDRR Qjzsz -»*■ L
' REVISEO PER TDRR OZ+r-V T7 U ‘ ^
" REVISED PER TOR ‘ ^ m
CUTOUT THRU
,140 OlA
|| g 01A SPOT FACE
2 HOLES
BLENO WITH J2 R
-.030 R MAX PERMISSIBLE
ONE PLACE 0M.Y
♦♦♦♦it
4 + 4 t+t'
.oio x
2 PLACES
BLENO WITH ' J
-5 EQUAL SPACES AT.200 ±.002 PITCH
TOTAL 1.000 £.002 TOLERANCE NON CUMULATIVE
CUTOUT THRU-
T I3 equal spaces AT
.200±.002 PITCH
TOTAL 2.600 ±.002
TOLERANCE
2412 NON-CUMULATIVE
wCUTOUT THRU
*-45»
2 PLACES
1 Hi?
3.700 , EF
~ / T ft
« GAGE POINT)- V 4-W1
(FROM GAGE POINT)
-.18 R
2 PLACES
“’.SIS 0IA 84 MOcES
SECTION F-F
1. INTERPRET DRAWING IN ACCORDANCE WITH STANOAROS
PRESCRIBED BY MIL-D-70327
2. MAT'l: ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS AND BREAK SHARP EDGES .005 -.OIS
4. UNLESS OTHERWISE SPEC I FIE ft FINISH 125/
St ALL RADII AND FILLETS TO BE *JJ UNLESS
otherwise specified
G.FBBSH ELECTROLESS NICKEL PLATE ALL OVER PER
NO 1002198 DIMENSIONS AND FINISHES APPLY
AFTER PLATING. PLUG THREACEO INSERT HOLES
OURING PLATING-
8. COAT FINO NO.I± FIND NO. 2 WITH MIL-P-S5S5 WET ZINC CHROMATE
PRIMER.
.186 _
.190 0,4
KK)0*X;|fgy
K203 R
8 PLACES
L - 09
kl2
3 PLACES
- .005 MAX ALLO WABLE STEP
above surface Feh step
BELOW SURFACE NOT PERMITTED
4|3pN—QG2 * 4 *° TVA *FWCTEP
II ONLY
00 NOT PLATE THIS SURFACE
-125 DIA X .19 DEEP H
2 PLACES FOR I
MACHINING LOCATION |
SECTION GrG -
SCALE. S/I
H*7!g5 ( F80M CAGE POINT)
-%272 OlA
CBORE .406 DIA X .142 DEEP
I0-32UNF-2S THAU
82* H'CSK, ‘IIJDIA
l-S- .QOS diaI
SEE NOTES* AS
SECTION A-A
SECTION B-B
** riS
5*-JW \-.0IS N MAX PERMISSIBLE
SECTION C-C
- PART NUMBER AND OTHER
PERMANENT MARKING FOR
PROCESSING PERMITTED
INTHISAREA ELECTRO¬
CHEMICAL ETCH..12 HIGH
CHARACTERS LOCATE
CENTRALLY.
SECTION E-E
m
4“h
-MS-J
-A i.o-'o
„2.»*0 rEF-
2.130
-.015 R MAX PERMISSIBLE
UNLESS OTHERWISE SPECIFIED
■ DIMENSIONS ARE IN INCHES ”*<
TOLERANCES ON — »
■ fractions oecimau ancles
‘ -4- XXX ilc&S 0*30'<*«*«>-
- DO HOT SCALE THB dXaWINC
INSERT THREAI
FRAME. TRAY
MANNED SPACECRAFT CENTER
FRAME,
TRAY 4
1008104
I f. T .M f . T W HI
.203 R—
2 PLACES
H2 EQUAL SPACES AT
.125 ±002 PITCH TOTAL
l.500±,002 TOLERANCE
NON—CUMULATIVE
-K> EQUAL SPACES AT
.125 ±.002 PITCH TOTAL
1.250 ±.002 TOLERANCE
NON-CUMULATIVE
VIEW B-B
-19 EQUAL SPACES AT
.125±.002 PITCH TOTAL
2.375± 002 TOLERANCE
NON-CUMULATIVE
REV B THIS SHEET ADDED
."■^xEW
XXX±.005 0*30' checked_
- DO NOT SCALE THIS (WANING , rr , , i
***«“*■ ~ _ 7r
MANNED SPACECRAFT CENTER
_ HOUSTON, TEXAS _
FRAME.
TRAY 4
1008104
FHOTOORAFMC SCALE ONUT I
SECTION D-D
-.005 MA X ALLO WABLE STEP ABOVE
SURFACE 1^0-1 . STEP BELOW
SURFACE NOT PERMITTED
-CUTTER RADIUS
2.150 A v^ryp
2.130 .748 f 3<rT ^'
. .74* 1
1 T*
FB
I 1.070 T '
I L570/ W * # ! 2
I IX , J-IA25-*-'.;
I ✓ 32/ I
.65 R MAX PERMISSIBLE -
*M5 TYP J Lsfjjj/ ^-- 12
• M5 .260/ -* •—J25 MAX.
-.0003 MAX. STEP BELOW ADJACENT SURFACE PERMISSIBLE
FOR SHAOED AREA. STEP MAY NOT EXTENO TO LEFT OF
SURFACE [ - F-~i
VIEW A
it
U—.060 BLEND WITH J2 R
-5 EQUAL SPACES AT.200 ±.002 PITCH
TOTAL 1.000 ±.002 TOLERANCE NON CUMULATIVE
CUTOUT THRU-
-.050 R MAX PERMISSIBLE
ONE PLACE ONLY
4®++ef—
tttfe'
13 EQUAL SPACES AT
.200±.002 PITCH
TOTAL 2.600 ±.002
tolerance
NON-CUMULATIVE
4.260
3.700 R , EF
-.203 R
5 PLACES
1.960
I.42B I
2 PLACES
BLEND WITH
.12 R
.4—40 UNC ” BB
TAP AFTER AMOOtZINO SEE VIEW
• GAGE POINT)- W- wl
.OS
kl2
S PLACES
*J|7 (FROM GAGE POINT)
-16 R
2 PLACES
-•JJJ 0,A 84 holes
SECTION F-F
NOTES:
L INTERPRET OR AWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-0-70327
2. MAT1: ASTM N0.ZK60A-TS MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EOGES .003 -.015
4. UNLESS OTHERWISE SPECIFIED, FINISH 125/
Sw ALL RADII ANO FILLETS TO BE J .J UNLESS
otherwise specified
6 .PSHM ELECTROLESS NICKEL PLATE ALL OVER PER
NO1002196 DIMENSIONS ANO FINISHES APPLY
AFTER PLATING. PLUG THREADED INSERT HOLES
DURING PLATING.
B. COAT FIND NO.IaFIND NO. 2 WITH MIL-P-85B5 WET ZINC CHROMATE
PRIMER.
-.005 MAX ALLO WABLE S TEP
ABOVE SURFACE [£f0 • 8188
BELOW SURFACE NOT PERMITTED
/M lie li "”' 042 * 45 ° Tv *
-00 NOT PLATE THIS SURFACE
595^
.575
FOR STEP
ONLY
-.125 DIA X .19 DEEP |
2 PLACES FOR I
MACHINING LOCATION 1
PART NUMBER AND OTHER
PERMANENT MARKING FOR
PROCESSING PERMITTED
IN THIS AREA ELECTRO¬
CHEMICAL ETCH..12 HIGH
CHARACTERS PER NO -
1002019 LOCATE CENTRALLY
SECTION G-G
•CALI, t/l
iGKa groii
REVISED PER TORR i
1 REVISED PER TPRR
140 DIA
|S3 01A SPOTFACE
2 HOLES
-•1 1 . 0 TO
-IjjS ref -
!H!|S (FROM GAGE POINT)
-JO IS R MAX PERMISSIBLE
SECTION E-E
-,212 DIA
CBORE .406 DIA X .142 DEEP
2 IOOOH5-2
I I00BP4-I
I0-32UNF-2B THRU
82* ±t*CSK, -JIjOIA
[£ .003 0IA~1
SEE NOTES G AB
INSERT. THREAPED. SELF-LOCKING
FRAME^TRAY ■_
MANNED SPACECRAFT CENTER
SECTION A-A
SECTION B-B
2 PLACES
s-JUT'"’ '
SECTION C-C
-.015 R MAX PERMISSIBLE
TOLERANCES ON mt-m-
■ FRACTIONS x «C1«*U ANQLCS DRAWN *
-4- XXX±!o05 0*30' CWCRM_
- DO NOT SCALE THIS ONl i R NO IIFROUAL-
FRAME.
TRAY 4
1008104
- •
fc,
005 MA X ALLO WABLE STEP ABOS
SURFACE ! -D- | . STEP BELOW
SURFACE NOT PCRMfTTEO
T~rn
*»s? | •**
Ij 625-»—*-237 _t_
k^u? 66 s IN/ INI
-.160
.7K> ^
.690 [*"
-H570K"
S
RKVIWOW Tog* T rUlf |
GZI
MKaimoN
■glil
A
REVISED PER TDRR
22P71
B
REVISED PER TDRR
2331
SHEW1
IB
isa
D
REVISED PER TORR
BB
\MM
Tv\
\MM
>V 'IKJ ■' T UlLlrB
r |
WORM
H
-CUTOUT THRU
.0003 MAX. STEP BELOW ADJACENT SURFACE PERMISSIBLE
FOR SHA DED AR EA. STEP MAY NOT EXTEND TO LEFT OF
SURFACE I -F-~l
.140 DIA
'.It 8 01 A SPOTFACE
2 HOLES
VIEW A
SCALE 2/1
-005MAX ALLOWABLE STEP ABOVE f^l
\STEP BELOW SURFACE NOT PERMITTED
.12 R WITN : gO<j R
BLEND WITH .12 R
5 EQUAL SPACES AT.200 ±.002 PITCH
TOTAL 1.000 ±J002 TOLERANCE NON CUMULATIVE
. CUTOUT THRU-'
13 EQUAL SPACES AT
.200±.002 PITCH
TOTAL 2.600 ±.002
TOLERANCE
NON-CUMULATIVE
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
;<£gx4*5*
2 PLACES
BLEND WITH
.12 R
liS 0,A 84 holes
SECTION F-F
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANOAROS
PRESCRIBED BY MH.-0-70327
2. MAT1: ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EOGES .005-.015
4. UNLESS OTHERWISE SPEC I FIE a FINISH 125/
5. ALL RADII ANO FH.LETS TO Bcjg UNLESS
OTHERWISE SPECIFIED
6 . FMHH ELECTROLESS NICKEL PLATE ALL OVER PER NDI002IM
DIMENBI0N8 AND FINISHES APPLY AFTER PLATINS. PLUG
THREADED HOLES DURING PLATING.SPECIFIED THICKNESS NOT
REQUIRED IN ALL HOLES AS LONG AS PLATING IS CONTINUOUS
THROUGH EACH HOLE
7. COAT THREADS OF FIND NO IB FIND NO t WITH MU.-P-8SS6 WET
ZINC CHROMATE PRIMER
B MARK CHARACTERS SLACK PER ND1002019 EXCEPT SURFACE D
AFTER PLATING ELECTRO-CHEMICAL ETCH PER ND 1002019
ALL CHARACTERS ON SURFACE D CENTRALIZE AS SHOWN.
B FAiNT PER NO USING 1010729-1 ALL SURFACES BETWEEN
VIEWING PLAN AND ENO OF FRAME UNLESS OTHERWISE SPECIFIED
ALL HOLES TO BE FREE OF PAINT.
IQ PAINT PER ND USING 1010729-8 CHARACTER TO BE
< TYPE I PER NO lOOtttt CENTRALIZE AS SHOWN .
SECTION E-E
illo 0,4 ■
CSKtOO'X*?^
5 # 0'±cr»5' 7
SECTION A-A
2 PLACES
^ L I0-32UNF-2S THRU
: 82* ±I*CSK, j 9 fOIA
|4- .005 DlAl
SEE NOTESS 47
SECTION B-B
2 PLACES
272 DIA
CBORE .406 OlA X .M2 DEEP
SECTION C-C
-.015 R MAX PERMISSIBLE
1007144
NEXT AMV
USED ON
[ AFFIXATION |
TOLERANCES ON
00 NOT SCALE
XXX±!o05 0^ 30'
SALE THU oftgW HP
[MATERIAL
SEE N ~ >TE 2
fHEAT TREATMENT
SEE NOTt 6
2 | I00QII5 -2
INSERT, THREADED, SELF-LOCKING
FRAME. TRAY
-HTT-
INMIWUMCNTATION LAM
LIST OF MATERIALS
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
FRAME,
TRAY 4
1008104
. !
I
I linnftir >4 lnl
6
r 7 r
5
4
SECTION K-K
1007019 1007017
007007 O070»
•0}IOK4£ | 9Z01!9 > • WWJlVil* • IMRHHOT? •CififlllWJftHpl
D" *©©• # ®@ r , ©O f *0© # *©©• SA
mu
1007021 007007 D0702I
T WIG 2 1RB
VIEW ROTATED 100
-surface-D- ref
-.12 HK3H
SEE MOTES
9
•OR M3S
A3b VtMIOOl
9 A9S1 A19N3SSV 3HWU
»oo 5 9 O
I f + 4 4 + 4*1
-»- 444 iltl
f 4-4 + 4 + *M
+ +4 iiin
4-444 4 +M
a44 + + +, *|
444 +44HI
4444++J
4.44 + 4 + "!
i U++ 4+8
6
5
4
SECTION D-D
-.006 MAX ALLO WABLE STEP ABOVE
SURFACE 1-0-1 • STEP BELOW
SURFACE NOT PERMITTED
-CUTTER RADIUS
*• .y
.HO -
.090* r
i:'.!§ .748 ♦
.(SS R MAX PERMISSIBLE-
B 4 *!?5typ-^
TVP kilo -JL-.I25MAX
"f 1x1/
A\/ I i
: / | |*-n.0005 IN/ INI X *—
kl60 _
A REVISED
B REVISED I
C REVISED i
0 REVI SED
E REVISED
F REVISED
“5" REVISED
H TREVISED
J IRE VISED
PER TDRR ?-t*7
PER TDRR
PER TDRR
P ER TQRR 0 It £ 1
PER TDRR O 37-3 >
PER TDRR 0 b i'll
PER TD RR o3 ?S/
PER TDRR 6C, </£ *
> PER-^ga 11 3i9 ;
CUTOUT THRU
140 DIA
5§5dia SPOT FACE
-.0003 MAX. STEP BELOW ADJACENT SURFACE PERMISSIBLE
FOR SHA DED AR EA. STEP MAY NOT EXTENO TO LEFT OF
SURFACE I -F-1
san*- 7
TYP 30°
VIEW A
scale 2/1
4U‘
— 005MAX ALLOWABLE STEP ABOVE l-B-1
s. STEP BELOW SURFACE NOT PERMITTED
\BLEND .12 R WITH *g58 R
-BREAK EDGE THIS
SIOE .03
-5 EQUAL SPACES AT .200 ±.002 PITCH
TOTAL 1.0001.002 TOLERANCE NON CUMULATIVE
CUTOUT THRU-
\ 3.010
I p BV)
13 equal spaces at
.200±.002 PITCH
TOTAL 2.G00 1.002
TOLERANCE
NON-CUMULATIVE
X-45*
2 PLACES
• 040 x 4S°±5°-
.060 X ** xr>
2 PLACES
BLEND WITH
.12 R
K203 R
5 PLACES
f 4-40 UNC - 1
SEE NOTE 6
)M GAGE POINT)-
-.IS R
2 PLACES
030 R MAX PERMISSIBLE
ONE PLACE ONLY
4.260
3.700 R , EF
- : gj OIA 84 MOLES
SECTION F-F
NOTES*
L INTERPRET DRAWING IN ACCORDANCE WITH STANOAROS
PRESCRIBED BY MIL-0-70327
2. MAT'l: ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .006 -.015
4. UNLESS OTHERWISE SPECIFIED, FINISH 125/ >72 ^
5. ALL RAOII ANO FILLETS TO BE UNLESS
OTHERWISE SPECIFIED
$. FPPSH ELECTROLESS NICKEL PLATE ALL OVER PER NDI002IBS
DIMENSIONS AND FINISHES APPLY AFTER PLATING. PLUG
THREADED HOLES DURING PLATING SPECIFIED THICKNESS NOT
REQUIRED IN ALL HOLES AS LONG AS PLATING IB CONTINUOUS
THROUGH EACH HOLE
7. COAT THREADS OF FIND NO. I SI FIND NO 2 WITH MIL-P-S88B WET
ZINC CHROMATE PRIMER
8. MARK CHARACTERS BLACKPER ND1002019 EXCEPT SURFACE D
AFTER PLATING ELECTRO-CHEMICAL ETCH PER ND 1002019
ALL CHARACTERS ON SURFACE D CENTRALIZE AS SHOWN.
St PAINT PER ND 1002110 TYPE II, USING 1010729-1 ALL SURFACES BETWEEN
VIEWING PLAN ANO END OF FRAME UNLESS OTHERWISE SPECIFIED
ALL HOLES TO BE FREE OF PAINT _
IQ PAINT PER ND S002II0 TYPE II,USING KM0729-S. CHARACTER TO BE
TYPE I PER ND I002I2E CENTRALIZE At SHOWN
- .005 MAX ALLOW
ABOVE SURFACE [ _ .
BELOW SURFACE NOT PERMITTED
.042 X 45° TYP st »
ONLY
00 NOT PLATE THIS SURFACE
i-l?5 OIA X .19 DEEP |
*2 PLACES FOR |
machining locator
- PART NUMBER AND OTHER
PERMANENT MARKING FOR
PROCESSING PERMITTED
INTHISAREA ELECTRO¬
CHEMICAL ETCH..12 HIGH
CHARACTERS PER ND -
1002019 LOCATE CENTRALLY
REF
2.130
SECTION G-G
SCALE. E/I
,0IS R MAX PERMISSIBLE
g$}|| (FROM GAGE POINT)
SECTION E-E
.186 rj|* _
.190 0,4
CSK 100* X *210 /
-%272 OIA
CBORE .406 DIA X .M2 DEEP
INSERT, THREAOEO, SELF-LOCKING
‘ FRAME. TRAY
l l l IO- 32UNF-2B THRU
f=J 82*±l°CSK,* , | ||0IA
!•» .005 OIA |
SEE NOTESS AT
SECTION A-A
SECTION B-B
S*-JL \_.0I5 ft MAX PERMISSULl
SECTION C-C
UNLESS OTHERWISE SPECIFIED _
- DIMENSIONS ME M MCHCS
TOLERANCES ON — "
‘ FRACTIONS CS.CMAI& AN6US DRAWN £
' -4- xx5 1:805 0^30' CHECKED.
- DO NOT SCALE THIS DRAWING APPROVAL
MATERIAL APPROVAL
SEE NOTE 2 _
MANNED SPACECRAFT CENTER
a- date _
FRAME,
TRAY 4
1008104
5
4
-14 EQUAL SPACES AT
125±.002 PITCH TOTAL
1.750A.002 TOLERANCE
NON-CUMULATIVE
- 20 EQUAL SPACES AT
.125 ± 002 PITCH TOTAL
2.500±.002 TOLERANCE
NON-CUMULATIVE
K> EQUAL SPACES AT
.125 ± 002 PITCH TOTAL
1.250 ± 002 TOLERANCE
NON-CUMULATIVE
42 EQUAL SPACES AT
.125 ± 002 PITCH TOTAL
1.500± .002 TOLERANCE
NON-CUMULATIVE
-10 EQUAL SPACES AT
,I25± .002 PITCH TOTAL
1.250 ± 002 TOLERANCE
NON-CUMULATIVE
VIEW B-B
19 EQUAL SPACES AT
.125 ± 002 PITCH TOTAL
2.375± 002 TOLERANCE
NON-CUMULATIVE
REV B THIS SHEET ADDED
UNLESS OTHERWISE SPECIFIED
- DIMENSIONS APE IN INCHES c
TOLERANCES ON —■ »
' FRACTIONS KCIMAES ANGLES DRAWN 2b
' ’*XXX±.005 0* 30' CHECKED
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS _
FRAME.
TRAY 4
1008104
-.030 * MAX PERMISSMLE
SECTION D-D
M .31
V
2.150
2.130 .748
, .748
,(S5 R MAX PERMISSIBLE-
SSHI- ?
TYP 30*
1.070 '
REF •®J 2
-*-Ij62S-1-1.237
VIEW A
SCALE 2/1
It
•Jq^q BLEND WITH .12 R
-.030 R MAX PERMISSIBLE
-5 EQUAL SPACES AT.200 ±.002 PITCH
TOTAL 1.000 ±.002 TOLERANCE NON CUMULATIVE
CUTOUT THRU-
-CUTOUT THRU
.SB -1
SEE NOTE « I
UUn
7 . . 4. 4 4 ♦ *
♦ 4♦ t *
13 equal spaces at
.200±.002 PITCH
TOTAL 2.600 ±.002
TOLERANCE
NON-CUMULATIVE
.040 y
.060* 4515 7j
2 PLACES
BLEND WITH
.12 R
A X L
-.062 X 45° TYP
I (FROM GAGE POINT)-
-‘.Uc 0,A 84 H0LES
nr.004 OIA 1
SECTION F-F
SEE NOTE G — f
(BOTTOM SURFACE)
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-0-70327
2. MAT'l: ASTM NO. ZK60A-TS MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005 -.015
4. UNLESS OTHERWISE SPECIFIED. FINISH 125/ ?29 R£F _ m
5. all RADII ANO FILLETS TO BE'jJ UNLESS ,
OTHERWISE SPECIFIED
C THESE SURFACES TO BE PLATED.REMOVE ANOOIZED FINISH.
COPPER PLATE PER MIL-C-I455D.CL ASS 2.THEN ELECTROLESS
NICKEL PLATE PER MIL-C-26074A.CL ASS 1. ALL DIMENSIONS TO*
AND FINISHES OF, PLATED SURFACES APPLY AFTER PLATING.
FINISH MACHINING AFTER PLATING IS PERMISSIBLE AS LONG AS MINIMUM
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS.
I FINISH: SEE NOTE G FOR PLATEO AREAS. ALL NON-PLATED SURFACES
TO BE ANOOIZED PER MlL-M-3171,TYPE IS. PLUG THREADED INSERT
HOLES DURING ANODIZING.
ft COAT FIND NO.I±FIND NO.2 WITH MIL-P B585 WET ZINC CHROMATE
PRIMER.
ft MODULE MOUNTING SCREWS ANO MODULE ELECTRICAL RECEPTACLES
THIS INFORMATION WILL BE ADDED TO DRAWING AS SOON AS IT IS
AVAILABLE.
L— 00 NOT PLATE THIS SURFACE
-.030 R [
\m
4“h
^U35_J
uo-'o
_2.>50 rE f
2.130
H*7llt CAGE POINT)
,015 R MAX PERMISSIBLE
I
SECTION E-E
.186 n .
.190 01
CSK KXTX*'
-.272 DIA
CBORE .406 OIA X .142 DEEP
insert, threaded, self-locking
■ FRAME, TRAY__
! LM0-32UNF-2B THRU
I ♦ .005 01* 1
SEE NOTES T»*
SECTION A-A
SECTION B-B
SECTION C-C
-.015 R MAX PERMISSIBLE
UNLESS OTHERWISE SPECIFIED
- DIMENSIONS ARC IN MCHCS
TOLERANCES ON
‘ FRACTIONS O ECT MAL I /
± XX t.02 1
MANNED SPACECRAFT CENTER
»iSuM
- 00 NOT SCALE THIS 0<l»
MATERIAL
SEE NOTE 2
FRAME,
TRAY 4
1008104
'■'■* ~ •
■saaasLl
SECTION D-D
jOOS MAX. ALLOWABLE STEP ABOVE SURFACE
STEP BELOW SURFACE NOT PERMITTED
A | REVISED PER TDriR C2»<tQ 1
4 r‘
.015 R MAX PERMISSIBLE -
2.150 I VT*TYP
2.130 .748 f 3<rT >^
*>S^\U
TYP 30* W~.471
VIEW A
SCALE 2/1
U J040
.080
.080 BLENO WITH J2 R
-5 EQUAL SPACES AT.200 ±.002 PITCH
TOTAL 1.000 ±.002 TOLERANCE NON CUMULATNI
CUTOUT THRU
but:*
;g£8* 4*5*-
2 PLACES
BLEND WITH
.12 R
13 equal SPACES at
— r .200±.002 PITCH
1 TOTAL 2.600 ±.002
| TOLERANCE
U3I2 NON-CUMULATIVE
“*.So 0,A 84 *° L £ S
SECTION F-F
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANOARDS
PRESCRIBED BY MIL-D-70327
2. MAT1: ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER QQ M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES 0)05-.015 ,
4. UNLESS OTHERWISE SPECIFIED. FINISH 125/
\J .729 REF
Sb ALL RADII ANO FILLETS TO BE*jJ UNLESS
OTHERWISE SPECIFIED
8. FINISH ALL SURFACES TO BE PLATEDl
COPPER PLATE PER MIL-C-I455D,CLASS 2.THEN ELECTROLESS
NICKEL PLATE PER MIL-C-2S074A.CL ASS 1. ALL DIMENSIONS TO,
? ND FINISHES OF, PLATED SURFACES APPLY AFTER PLATING.
INISH MACHINING AFTER PLATING IS PERMISSIBLE AS LONG AS MINIMUM
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS. PLUG THREADED INSERT
HOLES DUHM8 PLATING
T. COAT FIND N0.IAF.IND NO. 2 WITH MIL-P-S5G5 WET ZWC CHROMATE
PRIMER.
B. MOOULE MOUNTING SCREWS ANO MODULE ELECTRICAL RECEPTACLES.
THIS INFORMATION WILL BE ADOEO TO DRAWING AS SOON AS IT IS
AVAILABLE.
V>.o66s Tȣin1
CUTOUT THRU
-.06 R TYP
4 PLACES
.140 DIA
•|§2dia spotface
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
|f l DIM T
575 FOR
step only
SECTION G-G
SCALE 2/1
m
+‘ti
r
-SB—*
-•( I.0T0
-us*"-
“I6l7| , 65 t™ 0 " 6AGE WNT)-
m -
-.01$ R MAX PERMISSIBLE
SECTION E-E
—1272 DIA
CB0RE .408 DIA X .142 OEEP
THIS EDGE OF CUTOUT TO BE
- FLUSH TO .010 MAX B ELOW
FLUSH WITH SURFACE f-D-l
2 11000115-2
I 11008105 -I
t LH0-32UNF-2i THRU
f=i B2*±I*CSK,-‘SiDIA
M 31 |99 U,A
4 -005 OlAl
SEE NOTES 7AB
SECTION A-A
SECTION B-B
5 # JU
SECTION C-C
-.015 R MAX PERMISSIBLE
UNLESS OTHCIIWISE SPECIFIED
- DIMENSIONS AIK M MCMES
_ TOLERANCES CM
" FRACTIONS D ECRIAL S AMBLES
■ -a- xJJiiSk/jo- ■
- 00 NOT SCAU TMI OAMW H B ,
MATERIAL
SEE NOTE 2
| I NSERT, THREAPED. SELF-LOCKING
Frame, tray_
MANNED SPACECRAFT CENTER
FRAME,
TRAY 5
—- v
t EST7T
1008105
'*■**•* v*»<i
W«
SECTION D-D
jOOS max. allowable step above surface
STEP BELOW SURFACE NOT PERMITTED
» - I - lH—— - 1 =^1
0 A | REVISED PEP TDRR tC
B REVISED PEW TDRR ^2V3' t 7 *5 r
.110 _
. 090 * r
..305 >0001
.365 /- JO 15
.710 _
.690 r
I J00-*
-K570h”
-.06 R TYP
4 PLACES
i:!!o . 74 . * 30frrp^|
I •'« * -< I
mi
i.070 T 1 r~
REF * B } 2 I .618
-±-L625-*-l.237-t_
/ FtT-1
1^.0665 inTinI
.015 R MAX PERMISSIBLE-
;!»7ypJ
.140 DIA
•||gDIA SPOT FACE
THIS EDGE OF CUTOUT TO BE
- FLUSH TO .010 MAX B ELOW
FLUSH WITH SURFACE Ron
VIEW A JL&g
jy
•ggg BLEND WITH .12 R
-.050 R MAX PERMISSIBLE
ONE PLACE ONLY
-5 EQUAL SPACES AT.200 ±.002 PITCH
TOTAL 1.000 ±.002 TOLERANCE NON CUMULATES
13 EQUAL SPACES AT
—T .200±.002 PITCH
1 TOTAL 2.600 ±.002
| TOLERANCE
l9 I2 NON-CUMULATIVE
.16 R
"2 PLACES
i
2 PLACES
BLEND WITH
.12 R
A 'L
“- 4 '
.12
' 3 PLACES
-.005 MAX ALLOWABLE STEP EJEJ
ABOVE SURFACE. STEP BELOW
SURFACE NOT PERMITTED
-.062 X 45° TYP
.570
• l88 .550
5 dim r
•3 ? 3 FOR
STEP ONLY
-‘.So D,A 84 M0LES
SECTION F-F
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANOAROS
PRESCRIBED BY MIL-D-70327
2. MAT'l: ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER QQ M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005-.015 ,
4. UNLESS OTHERWISE SPfCIFlEa FINISH 125/ 729 REF
$. ALL RADII ANO FILLETS TO BE *jj UNLESS
OTHERWISE SPECIFIED
6. FINISH ALL SURFACES TO BE PLATED.
COPPER PLATE PER MIL-C-I455D.CLASS 2.THEN ELECTROLESS
NICKEL PLATE PER MIL-C-26074A.CL ASS 1. ALL DIMENSIONS TO*
AND FINISHES OF, PLATED SURFACES APPLY AFTER PLATING.
FINISH MACHINING AFTER PLATING IS PERMISSIBLE AS LONG AS MINIMUM
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS. PLUG THREADED INSERT
MOLES DURING PLATING
7. COAT FINO NO. IA FIND NO. 2 WITH MIL-P- B5B5 WET ZINC CHROMATE
PRIMER.
m
SECTION G-<5
SCALE 2/1
-•( l.OTO
- 1:138
l1’7lll (FROM ©ACE POINT) -
-.015 R MAX PERMISSIBLE
SECTION E-E
-%272 DIA
CBORE .406 DIA X .142 OEEP
I OOP 115 -2
' 1008105
-;J|| D!A THRU
K>'32UNF-2B THRU
INSERT THREAPED, SELF-1
' FRAME. TRAY__
MANNED SPACECRAFT CENTER
!♦ .003 OIA |
SEE NOTES GAT
SECTION A-A
2 PLACES
SECTION B“B
2 PLACES
SECTION C~C
-.015 R MAX PERMISSIBLE
I FRACTIONS DECRIALS ANGLES __
J -H- XXX £ §§.5.0* 30' checked.
-loo NOT SCALE TMS 0AAWIN6 J/fROUJUJ
FRAME,
TRAY 5
1008105 -
;{ ,
ij *
*"* I:
e !•'
;*ti' ' I %«.
;
iij!;
hr
*hit '■*:
J.-
. 4 EQUAL SPACES AT .129 ±.002
,030 R MAX PERMISSIBLE
ONE PLACE ONLY
5 EQUAL SFfcCES
AT .200*.002 PITCH
TOTAL 1.000*.002
TOLERANCE NON-CUMULATIVE
SECTION
NOTES:
L INTERPRET OR AW ING IN ACCORDANCE WITH STANDAAO&
PRESCRIBED BY MIL-D-70327
2. MAT'l: ASTM NO. ZKG0A-T5 MAGNESIUM ALLOY PER QQM-3IA
3. REMOVE BURRS ANO BREAK SHARP EOGES .005 -.015
4. UNLESS OTHERWISE SPECIFIER FINISH 12^
3b ALL RAOII ANO FILLETS TO BE*JJ UNLESS
OTHERWISE SPECIFIED ^
** COPPE R^P LaTR°M* C^SI^D, CLASS 2 .THEN ELECTROLESS
NICKEL PLATE PER MIL-C 26074A.CL ASS 1. ALL DIMENSIONS TO,
ANO FINISHES OF, PLATED SURFACES APPLY AFTER PLATING.
, FINISH MACHINING AFTER PLATING IS PERMISSIBLE AS LONG AS MIN IMUM
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS. PLUG THREADED INSERT
HOLES OURNM PLATING
7. COAT FINO N0.IAF4ND NO. 2 WITH MIL P B5B5 WET ZINC CHROMATE
PRIMER.
SECTION E-E
•250
r»24G
THRU
I L MO-32 UNF-2 B THRU
— B 2 * ll’CSK, J99OIA
.664 biA |
SEE NOTES BAT
SECTION B-B
2 PLACES
OIA X .142 OEEP
SECTION C-C
PERMISSIBLE
/f— <■-
1 ***
T T^T ^ i
II PHOTOGRAPIGC SCALE ONLT j j
TOLERANCES ON
| MATERIAL
SEE NOTE 2
"_WmTfSS5r
INSERT, THREADED, SELF-LOCKING
FRAME, TRAY
NOMENCLATURE OR
LIST OF MATERIALS
SA APFROVAU
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
FRAME,
TRAY 5
1008105
| SHEET | QR g
| 11008105 |C|
1008105
• 1ST MIN CUTTER RAOIUS -
• PLACES
SS EQUAL SPACES AT\
- :11s "TCH.TOTM. ISgl—
TOLERANCE. NON-CUMULATIVE
29 EQUAL SPACES AT
- :ii 3 PITCH, TOTAL 1.115 —
TOLERANCE NON-CUMULATIVE
7 EQUAL SPACES AT
V..I27 -, TrM TftTA . .877
.123 WTCHJOTAL^
TOLERANCE NON-CUMULATIVE
10 EQUAL SPACES AT
PITCH. TOTAL MSI
TOLERANCE NON-CUMULATIVE
» *{q 7 DtA THRU
COUNTERBORE .302 DIA TO DEPTH
SHOWN IN SECT H-H (FAR SUE)
30 PLACES
REV B THIS SHEET ADDED
VIEW B-B
SCALE:2:1
SECTION H-H
UNLESS OTHERWISE SKCfflCD
- DIMENSIONS ME M MCHCS
_ TOLERANCES ON
" ENACTIONS DECIMALS ANOLEi ,
■ *~am,
- 00 NOT SCALE THIS 0MMMN8 ,
MATERIAL ——
MANNED SPACECRAFT CENTER
FRAME.
TRAY 5
I HEAT TREATMENT
“I
1008105
2
JD05 MAX. ALLOWABLE STEP ABOVE SURFACE
- STEP BELOW SURFACE MOT PERMITTED
A REVISED PEP TDR R C2'40 y^j tf. j
• REVISED FER TDRR oZMA' *7*s\u* t
~Z~ REVISED PEW YtlHR 0270 $ ~~ *■ * ■** u ~s*
D REVISED PER TDRR
E REVISED PER TDRR g ^ i !
F REVISED PER TORRoli^-? h , j£|«i>A
SECTION D-D
•4T
.015 R MAX PERMISSIBLE-
2.150 1 vtPtyp
2.130 .74® f
/Lj™
•voote in/in!
:828^l* ,
TYP 30'
VIEW A
SCALE 2/1
L_
B
CUTOUT THRU
.06 R TVP
4 PLACES
.140 DIA
lllgOIA SPOTFACE
2 HOLES
_jOOO p xyp
.030 R ***
t BLEND WITH J2 R
. 4 EQUAL SPACES AT .125 ±jOOE
PITCH TOTAL.500 ±.002
TOLERANCE NON-CUMULATIVE
-094R MAX PERMISSIBLE
-£►003 MAX STEP BELOW ADJACENT SURFACE
PERMISSIBLE FOR SHADED AREA. S TEP MA Y
NOT EXTEND TO LEFT OF SURFACE 1 - F ~J
50 R MAX PERMISSIBLE
ONE PLACE ONLY
-8EQUAL SPACES AT. 125 ±.002 PITCH
TOTAL 1.000 ± .002 TOLERANCE NON CUMULATE
f I>i
i DIA 45 HOLES
1
++-* ++.+-
;§Jgx4*5*-
2 PLACES -
BLEND WITH
42 R
5 EQUAL SPACES-“-
AT .200^.002 PITCH
TOTAL 1.0004.002
TOLERANCE NON-CUMULATIVE
r$8
rT 9 EQUAL SPACES AT
& 1 .200 ±.002 PITCH TOT/
\ 1.800 ±002
JL TOLERANCE
1312 NON-CUMULATIVE
v.312 BSC
\>4-40UNC-3B SEE VIEW/
TAP AFTER AN00IZ1NG .487
.491
-;|J§ DIA 60 HOLES
SECTION F-F
NOTES:
L INTERPRET DRAW INC IN ACCORDANCE WITH STANOAROS
PRESCRIBED BY MIL-D-70327
2. MAT'l: ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER 00 M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005 -.015
4. UNLESS OTHERWISE SPECIFIED^ FINISH 125/
5. ALL RADII ANO FILLETS TO BE-J J UNLESS
OTHERWISE SPECIFIED
6 FINISH: ELECTROLESS NICKEL PLATE ALL OVER PER NO1002198
DIMENSIONS ANO FINISHES APPLY AFTER PLATIN6. PLU6
THREAOEO INSERT HOLES 0URIN6 PLATING
7. COAT FINO N0.UlF.1N0 NO. 2 WITH MIL-P- B5B5 WET ZINC CHROMATE
PRIMER.
SECTION G-G
SCALE 2/1
-PART NO. AND OTHER PERMANENT
MARKIN6 FOR PR0CESSIN6 PERMITTED
IN THIS AREA ELECTRO-CHEMICAL
ETCH .12 HIGH CHARACTERS
LOCATE CENTRALLY
m
I.OTO
_2.‘*0 REF-
2.130
“1&7IG5 (FROM GAGE POINT)
17.488_
17.468
-.015 R MAX PERMISSIBLE
SECTION E-E
THIS EDGE OF CUTOUT TO BE
- FLUSH TO .010 MAX B ELOW
FLUSH WITH SURFACE I - D -1
cwoo - *;!?§,
-s272 DIA
CBORE .406 OlA X .142 PEEP
! LM0-32UNF-2B THRU
f=i 02 * ±i*csk» ‘iffOiR
l'» . 00 * oiaI
SEE NOTES 6 4?
SECTION B-B
/ .250
K2BI r .24G
—.015 IM> PC5MI55I5C8
SECTION C-C
2 I000H5-2
I 1008105 -I
UNLESS OTHOHNK SHOHEO
- DIMENSIONS ME « MCHES
_ TOLERANCES ON
" FRACTIONS O CCT MA L S AN-. - ..[
-4- XXX±l o§5 0^ 30T
- 00 NOT SCALE TIN pS w NIW J,
MATERIAL
SEE NOTE 2
INSERT, THREADED, SELF-LOCKING
" FRAME, TRAY
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
FRAME,
TRAY 5
■ITSTSTEITSEVfS
*
3
7
SECTION D-D
J005 MAX. ALLOWABLE STEP ABOVE SURFACE
STEP BELOW SURFACE NOT PERMITTED
a-r
..385 «OOQ ■
.385 /-.015
.015 R MAX PERMISSIBLE -
.040 JL
VIEW A
. 4 EQUAL SPACES AT .125 ± 002
PITCH TOTAL 500 ±.002
TOLERANCE NON-CUMULATIVE
2.150 I yfryPx
2.130 .748 f
*!?« TYP-J 1*270
.115 TVP * \2G0 Q
■ L-
_JOOO p typ
r.030 R ^
k>.oo6s w/wl
B
REVIS ED PEP TDFR C2’<0
REVISED PER TOUR Q2M3*
n D REVISED PER TORN , 3 2~f F a
E REViSED PER TDRR
/£) F REVISED PER TDRRp^
G REVISED PER TDRR 03781
CUTOUT THRU
.08 R TVP
4 PLACES
|* ? +* u-j/r /
fir
-®—Ij 625 -®—L 237
140 DIA
|§Sdia SPOTFACE
t
-094R MAX PERMISSIBLE
-£003 MAX STEP BELOW ADJACENT SURFACE
PERMISSIBLE FOR SHADED AREA. S TEP MA Y
NOT EXTEND TO LEFT OF SURFACE I ~F ~J
030 R MAX PERMISSIBLE
ONE PLACE ONLY
-8EQUAL SPACES AT. 125 ±.002 PITCH
TOTAL 1.000±.002 TOLERANCE NON CUMULA
I DIA 45 HOLES
.004 dia!
2 PLACES J
BLEND WITH
.12 R
5 EQUAL SPACES-1*-
AT .200*.002 PITCH
TOTAL 1.000±.002
TOLERANCE NON-CUMULATIVE
. -^.430
M ^AOO
LF/-J 0 B 4 R
—75TT 9 EQUAL SPACES AT
•=J45 T .200 ±.002 PITCH TOT
r F \ ‘-800 ±002
[ 1 ’ TOLERANCE
NON-CUMULATIVE
i.3I2 BSC
X*4-40UNC-3B
TAP AFTER ANOMZIMB
SECTION F-F
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MAT1: ASTM NO.ZKSOA-T5 MAGNESIUM ALLOY PER QQ M-3IA
3. REMOVE BURRS ANO BREAK SHARP EOGES 005 -.015
4. UNLESS OTHERWISE SPECIFIED FINISH I2y
3^ ALL RADII A NO FILLETS TO BE UNLESS
OTHERWISE SPECIFIED
6 FINISH: ELECTROLESS NICKEL PLATE ALL OVER PER NO1002198
DIMENSIONS AND FINISHES APPLY AFTER PLATIN6. PLUG
THREADED INSERT HOLES 0URIN6 PLATING
7. COAT FIND N0.IAF.1ND NO. 2 WITH MILP85B5 WET ZINC CHROMATE
PRIMER.
SECTION G-G
SCALE 2/1
PART NO. AND OTHER PERMANENT
MARKIN6 FOR PROCESSING PERMITTED
IN THIS AREA ELECTRO-CHEMICAL -
ETCH .12 HIGH CHARACTERS PER NO 1002019
LOCATE CENTRALLY
Ml
Ul! J
-Hf
Uss-J
-•t I.OYO
.—l:\IS
&7I65 ( FR0M <*AGE POINT)
-.015 R MAX PERMISSIBLE
SECTION E-E
THIS EDGE OF CUTOUT TO BE
- FLUSH TO .010 MAX B ELOW
FLUSH WITH SURFACE !-D-I
CSK K)0* X *2?o /
-*272 DIA
CBORE .408 DIA X .142 DEEP
/ .250
ri28l r. 24 t
IOOOII5-2
1008105
l kH0-32UNF-21 THRU
(=» 82* ±1* CSK, J 99 DIA
14- .003 OIA |
SEE NOTES BAT
SECTION A-A
SECTION B-B
2 PLACES 7
SECTION C-C
-.015 R MAX PERMISSIBLE
UNLESS OTNEMNSC SFECIfKD
DIMENSIONS ARC M MCMES
TOLERANCES ON
FRACTIONS OEOMALS RNOLES
-4- xxx ±*. 0Q5 0* 30*
■ 00 HOT SCALE THM OAMH N Q
MATERIAL
SEE NOTE 2
" NEAT TREATMENT
INSERT. THREAOEO, SELF-LOCKING
' FRAME. TRAY__
MANNED SPACECRAFT CENTER
FRAME,
TRAY 5
1008105
9
4
2
SECTION D*D
jOOS MAX. ALLOWABLE STEP ABOVE SURFACE 1
STEP BELOW SURFACE MOT PERMITTED
H .j
."0 - L-
.09cT* r
..385 *000 m
.365 /--015 "
-H570N-
2.150 W~ xrt*TYp~
2.130 .748 f iCrT /
! /r "f
, r m/ i i
A PEVTSEP PEP tqpr 02Mio
T“ REVISED PER TDRR rZVJ'
nr revised per tdrr ^tFt
D REVISED PER TDRR 2-P t *
E REVISED PER TDRR
F REVISED PER TDRRo31^‘7
~G~ REVISED PER TDRR 03791
nr REVISED PER TDRR 03951
[A 7 *3 Uj*r /
-CUTOUT THRU
-.06 R TYP
4 PLACES
.015 R MAX PERMISSIBLE-
5 TY pJ /[.270
jTTP / L 260
L_
_J000 p two
.030 " TVP
VIEW A
’.060 BLENO WITH .12 R
. 4 EQUAL SPACES AT .125 ±.00e
PITCH TOTAL.500 ±.002
TOLERANCE MOH-CUMULATIVE
-094R MAX PERMISSIBLE
-J0003 MAX STEP BELOW ADJACENT SURFACE
PERMISSIBLE FOR SHADED AREA. S TEP MA Y
HOT EXTENO TO LEFT OF SURFACE 1 - F -J
- 8 EQUAL SPACES AT. 125 ±.002 PITCH
TOTAL 1.000 ±J0Q2 TOLERANCE NON CUMULATNE
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
-CUTOUT THRU!
-.005 R MAX
PERMISSIBLE
f r^-:!
\073 DIA 45 HOLES
* Nl> .004 PI/TI
' I+I4++'
2j650 1 4 . + t t + +
BSC UIt+tT .
\ \+•+ ++ i
1 u + + li
;gjgx
2 PLACES M
BLEND WITH \ T
I 5 EQUAL SPACES-1*
AT .200**002 PITCH
TOTAL 1.000*.002
ITOLERAHCE non-cumulative
1>F/—*054R
—I55T 9 equal SPACES AT
*=i»4S 1 .200 *.002 PITCH TOD
r F i.eoo+Q 02
I «L TOLERANCE
L- «3I2 NON-CUMULATIVE
4.260
s.700 "r
SB**.
A»/#r n
* - t^.ool I A 'I
/si >'
^4^*0 UNO-34 SEE VIEW |
TAP AFTER AN00BIN8 .487 (FR0M GAGE POINT]
42
“3 PLACES
_.005 MAX ALLOWABLE STEP EE3
ABOVE SURFACE. STEP BELOW
SURFACE NOT PERMITTED
-.062 X 45® TYP
_.595 DIM f
•575 FOR
STEP ONLY
SECTION F-F
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANOAROS
PRESCRIBED BY MH.-D-70327
2. MAT'l: ASTM HO. ZK60A-T5 MAGNESIUM ALLOY PER 00 M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005 -.015
4. UNLESS OTHERWISE SPECIFIER FINISH I2y
5kALL RADII ANO FILLETS TO BE [J UNLESS
OTHERWISE SPECIFIED
6 FINISH; ELECTROLESS NICKEL PLATE ALL OVER PER N0KJ02I98
DIMENSIONS AND FINISHES APPLY AFTER PLATIN 6 . PLU 6
THREADED INSERT HOLES 0URIN6 PLATING
7. COAT FINO NO. 14 F.INO NO. 2 WITH MIL-P- B58S WET ZINC CHROMATE
PRIMER.
—.125 DIA X .19 DEEP 2 PLACES
FOR MACHINING LOCATION
-PART NO. ANO OTHER PERMANENT
MARKIN 6 FOR PROCESSING PERMITTED
IN THIS AREA ELECTRO-CHEMICAL
ETCH .12 HIGH CHARACTERS PER NDI0020IS
LOCATE CENTRALLY
SECTION G-G
SCALE 2/1
.140 DIA
•I§2dia SPOTFACE
section E-E
:!$$*?-
«W *»•*;§?§;
-|2T2 DIA
CBORE .406 DIA X .142 DEEP
/ .250
f.28l r-24«
m
-!:«& REf
^015 R MAX PERMISSIBLE
THIS EDGE OF CUTOUT TO BE
- FLUSH TO .010 MAX B ELOW
FLUSH WITH SURFACE MD-1
2 IOOOHS-2
I 1006105 -I
l V l »0'32UNF-2I THRU
(=» 82* ±I*CSK. J 99 DIA
| + .QOS DIA 1
SEE NOTES 847
SECTION A-A
SECTION B“B
2 PLACES i
rJiT"
SECTION C-C
-.015 R MAX PERMISSIBLE
unless amtmm SKoncD | M|
- DIMENSIONS MK M MCNCS "*<
TOLERANCES ON •—■ »■
' ENACTIONS P tCN tA Lt HOLE S o**** V.
' -A- xxx ll oos q* 30' chec«o_
- 00 NOT SCALE lOr & m* ARPNOVALi
MATERIAL
SEE NOTE 2
INSERT, THREADED, SELF-LOCKING
FRAME, TRAY_
MANNED SPACECRAFT CENTER
FRAME,
TRAY 5
1008105
REVISED PER TDRR 03781
M EQUAL SPACES AT
Jg PtTCN.TOTM. |;|5 _
TOLERANCE NON-CUMULATIVE
2f EQUAL SPACES AT
MTCM TOTAL HS
- iU WTCH. TOTAL -
TOLERANCE NON-CUMULATIVE
S EQUAL SPACES AT
;!£ PITCH,TOTAL -
tolerance non-cumulative
.1ST MIN CUTTER RAOIUS -
S PLACES
28 EQUAL SPACES AT N
- -SJI PITCH.TOTAL |S2|-
TOLERANCE. NON-CUMULATIVE
ES EQUAL SPACES AT
.127 -.-*4, m-., 3.627_
— 123 PITCH, TOTAL 3,(23
TOLERANCE NGN-CUMULATIVE
7 EQUAL SPACES AT
V.! T , PITCH,TOTALS^
TOLERANCE NON-CUMULATML
10 EQUAL SPACES AT
•l?7 •ITCM TOTAL !•??!
- .187 “A ™ WJ
COUNTERBORE .302 WA TO DEPTH
SHOWN IN SECT M-H (FAR SIDE)
30 PLACES
•'IJPITCH.TOTAL
TOLERANCE NON-CUMULATML
REV B THIS SHEET ADDED
VIEW B-B
*CALE:2:l
I UNLESS OTHERWISE SREOOEO I
-I dimensions ARE M INCHES I
_| TOLERANCES ON L
"I FRACTIONS DECIMALS ANOLEsK
MANNED SPACECRAFT CENTER
XWtD05 (P 30* I CHECKED _
FRAME.
TRAY 5
E 1008105
s
r ™‘ I
SECTION D-D
j005 MAX. ALLOWABLE STEP ABOVE SURFACE
STEP BELOW SURFACE NOT PERMITTED
REVISED PEP T D*P
' REVISED PER TPRR oZVS'
REVISED PER TDRR <? &* *
' REVISED PER TPRR O^fL^j
REVISED PER TDRR 15 7
4 T
.385 .000-
.385 /~J0 • 5 "
2.150 I vt»tyP^
2.130 .748 f 30rT T^
I .748 4 >C
1.07° | J 2 I”
REF *•» J .*»
-*-»A25-A-'.237
lLJ=
.015 R MAX PERMISSIBLE-
pj / L.270
' .280
TYP 30*
L_
B
~ REVISED PER TPRR 03791
" REVISED PER TDRR 03951
"REVISED PER TDRR QS*Z3
CUTOUT THRU
140 DIA
||2 dia spotface
_X)00 p TyP
.030 R ^
-094R MAX PERMISSIBLE
VIEW A
'.060 BLEM0 WITH .12 R
-0003 MAX STEP BELOW ADJACENT SURFACE
PERMISSIBLE FOR SHADED AREA. S TEP MA Y
NOT EXTEND TO LEFT OF SURFACE I ~F -]
. 4 EQUAL SPACES AT .125 ±.00e
PITCH TOTAL.500 ±.002
TOLERANCE NON-CUMULATIVE
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
-8EQUAL SPACES AT. 125 ±.002 PITCH
TOTAL 1.000 ± .002 TOLERANCE NON CUMULATIVE
-.005 R MAX
PERMISSIBLE
;DIA 45 HOLES
Sffl!
r + nn-
H:Hv-
1 j>©+
—SgT 9 EQUAL SPACES AT
•3145 V .200 ±.002 PITCH TOTi
rF I 1.800+002
' ' TOLERANCE
l— NON-CUMULATIVE
2 PLACES •
BLEND WITH
.12 R
TAP AFTER AN00I2M8
.12
“3 PLACES
-.005 MAX ALLOWABLE STEP EQ
ABOVE SURFACE. STEP BELOW
SURFACE NOT PERMITTED
-.082 X 45° TYP
-•|f| DIM T
•575 FOR
STEP ONLY
5 EQUAL SPACES-K-
AT .200±.002 PITCH
TOTAL 1.000*.002
TOLERANCE NON-CUMULATIVE
SECTION F-F
NOTES:
1. INTERPRET DRAWING in ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-0-70327
2. MAT'l: ASTM NO. ZKGOA-TS MAGNESIUM ALLOY PER QQ M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005 -.015
4. UNLESS OTHERWISE SPECIFIER FINISH 125/
5. ALL RADII ANO FILLETS TO BE *Jq UNLESS
OTHERWISE SPCCIFIEO
8 FINISH: ELECTROLESS NICKEL PLATE ALL OVER PER N0»Q2l9e
DIMENSIONS ANO FINISHES APPLY AFTER PLATIN6. PLUG
THREAOED INSERT HOLES DURIN6 PLATING
-.125 DIA X .19 DEEP 2 PLACES
FOR MACHININ6 LOCATION
-PART NO. ANO OTHER PERMANENT
MARKING FOR PROCESSING PERMITTED
IN THIS AREA ELECTRO-CHEMICAL
ETCH .12 HIGH CHARACTERS PER NO1002019
LOCATE CENTRALLY
m
A*f\
-•I i.oto
SECTION 6-6
SCALE 2/1
" Ef
( FR0M 6AGE ROINT)-
iOI5 R MAX PERMISSIBLE
SECTION E-E
7. COAT PINO NO.I* FIND NO. 2 WITH MIL-P-B585 WET ZINC CHROMATE
PRIMER.
-t272 DIA
CBORE .408 DtA X .142 DEEP
2 1000115 -2
i looeios -i
INSERT, THREAOED. SELF-LOCKING
FRAME, TRAY _
[ LH0-32UNF-2B THRU
82* ±rcsn, *|3$0IA
>•-/ l-Q- .005 OIA~|
SEE NOTES GAT
SECTION A-A
SECTION B-B
SECTION C-C
■ UNLESS OTMCMNK SPtCmCD I
-jotMCNSKMS AM M MCMU I
I tolerances on I
I ENACTIONS mc s wl ANOUSlr
MANNED SPACECRAFT CENTER
-.015 R MAX PERMISSIBLE
XXX ±.00
■ oo not imm
material
SEE NOTE 2
“nt &n if 30 '
FRAME,
TRAY 5
1008105
APPLICATION
SEE NOTE 8
I/I | wt
SECTION D-D
JOOS MAX. ALLOWABLE STEP ABOVE SURFACE
STEP BELOW SURFACE NOT PERMITTED
M .3€
^ ,3<
&*r
.015 R MAX PERMISSIBLE-
2.150 —
2.130 .748
i .746
;!»tvpJ / I™
1.070 t m? I”
REF * 8 } 2 I . 6 K
-^-»A25-*-'.237
7 Fo“n 1
I^.OtaSIN/twt j_i—
.OGO""’ ^ 4
TYP 30
VIEW A
SCALE 2/1
. 4 EQUAL SPACES AT .125 ±002
PITCH T0TAL.500 ±.002
TOLERANCE NON-CUMULATIVE
B
A REVISED P £P TQRR 02i40 4
• REVISED PER TPWR OZV3' *7*3. x
REVISED PER tDRR <3^7*7 * u
D REVISED PER TDRR A l-T* * *
E REVISED PER TDRR 0^1^ S *fx. \
~ REVISED PER TDRR *7 T
G REVISED PER TDRR 03781 >
H REVISED PER TDRR 03951 9*8 63 *
4 REVISED PER TDRR QS32.*
K REVISEO PER TDRR
CUTOUT THRU
_J000 r jvp
.030 R TTF
t j04 0
.060
.
BLEND WITH .12 R
-094R MAX PERMISSIBLE
-J0003 MAX STEP BELOW ADJACENT SURFACE
PERMISSIBLE TOR SHADED AREA. S TEP MA Y
NOT EXTEND TO LEFT OF SURFACE 1 -F ~J
-BREAK 2 EDGES THIS SIDE .03
140 DIA
IlgDIA SPOTFACE
2 HOLES
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
- 8 EQUAL SPACES AT. 125 ± .002 PITCH
TOTAL 1.000 ±.002 TOLERANCE NON CUMULATIVE , 2 _
Yyp
-.003 R MAX
PERMISSIBLE
-.710 Y+- _
.690 1 .0 ft n
\ S^S)73°
ntttttt i\
DIA 45 HOLES
2.452
2 - 448 lut* +++ .
I II 4 . 4 + + 4 +
I H 4 + + +
;g 4 gx 45?±
2 places J--- r^p 3 l £^8
BLEND WITH 1 \ \ \
•*2 R
5 EQUAL SRACF.S-H-
AT .200*.002 PITCH
TOTAL 1.000*.002
TOLERANCE NON-CUMULATIVE
rJS8
—ISgT 9 EQUAL SPACES AT
•-M 45 1 .200 -J002 PITCH TOTi
KF l 1.800+002
l TOLERANCE
L* 1342 NON-CUMULATIVE
*4-40UNC-3B
SEE NOTE'S
-*.§» 0>A 60 H0LES
;J|[ (FROM 6 AGE
*3
.12
“ 3 PLACES
BREAK EDGE THIS SIDE .03
-.005 MAX ALLOWABLE STEP EO
ABOVE SURFACE. STEP BELOW
SURFACE NOT PERMITTED
SECTION F-F
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MAT1: ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER QQ M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005 -.015
4. UNLESS OTHERWISE SPECIFIED. FINISH tty ^
5. ALL RAOH ANO FILLETS TO BE j J UNLESS
OTHERWISE SPECIFIED
6 FINISH: ELECTROLESS NICKEL PLATE ALL OVER PER NDKXttltt
DIMENSIONS AND FINISHES APPLY AFTER PLATIN 6 . PUJ 6
Threaded holes ouring plating specked thickness not
REQUIRED IN ALL HOLES AS LONG AS PlATiWG »S CONTiNilfJUS
through each holf _
t COAT THREADS OF FMDNO.I ft FWDMftt WITH Mft-P- 88 « WET
ZINC CHROMATE PRIMER _
8 MARK CHARACTER BLACK PCM VSHVTZSiSSL
PLATING ELECTRO-CHEMICAL ETCH PER NO I0080IB ALL CHARACTERS
ON SURFACE Dt CENTRAUZE AS SHOWN _
S PAINT PER NO USING 1010729 — I ALL SURFACES BETWEEN VIEMND
*P^E AND E*> OF FRAME UNLESS OTHERWISE SPECIFIED. ALL HOLED
elK^nd" m *Ssm lOIOTZt-S. CHARACTER idee type x per
M> 1002122. CENTRALIZE AS SHOWN.
^062 X 45° TYP * 57 * 2*
-.125 DIA X .19 DEEP 2 PLACES
FOR MACHININ 6 LOCATION
-PART NO. AND OTHER PERMANENT
MARKIN 6 FOR PROCESSING PERMITTED
IN THIS AREA ELECTRO-CHEMICAL
ETCH .12 HIGH CHARACTERS PER ND1002019
LOCATE CENTRALLY
SECTION G-G
SCALE 2/1
m
4 ti
I.OTO
•2.1^0 r E F-
— 2.130
-£?!§ (FROM GAGE POINT)-
17.488_
17.4 68
-.015 R MAX PERMISSIBLE
SECTION E-E
s272 DIA
CBORE .406 DIA X .142 DEEP
/ .250
K28I r .246
2 IOOOII5-2
I 1008105
I0'32UNF-2B THRU
INSERT. THREADED. SELF-LOCKING
FRAME. TRAY__
MANNED SPACECRAFT CENTER
!+• .005 OIA 1
SEE NOTES DAT
SECTION A-A
2 PLACES
SECTION B-B
2 PLACES *
SECTION C-C
-.015 R MAX PERMISSIBLE
j FRACTIONS OtMMU ANQUS ORANN
-H- XXxi ^p5 ,0 / 30 / chcc«o_
00 NOT SCAU TH» t*M—«Q APPROVALS
FRAME,
TRAY 5
1008105
K> EQUAL SPACES AT
J|JpiTCH.T«T*L |;|S|
TOLERANCE NON-CUMULATWE
SECTION H-M
PHOTMRAmiC SCALE ONUT
I iwrii ■ '"i i >j™ i
NOMENCLATURE ON
DESCRIPTION
J2J3C^^3H
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
ijl[lSpg£jji UN
■■IIK^^^B MM
“ / '^L“" jeal TRAMP
if. //ji^. >*v^>^*. rfXMimc.
wa>. &&?&& it m tt TRAY 5
/ $ h
FRAME.
TRAY 5
I
I mnftios Ii3
p r'~ Vfc
5
K ITHS SHEET ADDED
i PER TDRR J^Ci.
L {REVISED PER TDRR U322ri4%^ n
O o
PARTIAL SECTION K‘K
1007055 1007055 1007055
-SURFACE-DREF
VIEW ROTATED 100
-.12 HIGH
SEE NOTE 8
ON W3S
A3H StHZ.001
S AVtLL A18W3SSV iWVttJ
00 NOT PAINT -
THIS SURFACE
V
45ASJ5
llutTui
li+UU+j
ll +++*-rt5^
UtiU;
11+ + + + tr
UtttU-
A5ASJI0 45ASJ9
, ;UHq
\ ++ tt++"l
\ tttstVl
SECTION J-J
DO NOT PAINT -
THIS SURFACE
REV K THIS SHEET ADDED
MARKING VIEWS
-.08 HIGH TYP
SEE NOTE 0
-.12 HIGH TYP
SEE NOTE Q
MANNED SPACECRAFT CENTER
FRAME,
TRAY 5
1008105
MOTES:
I. INTERPRET drawing in accordance with standards
PRESCRIBED BY MIL-D-70327
2 MAT'l: ASTM N0.ZK60A-T5 MAGNESIUM ALLOY PER QQ M-3IA
3* REMOVE BURRS AND BREAK SHARP EDGES.005 -.015
4. UNLESS OTHERWISE SPECIFIED, FINISH OW
5 , ALL RADII ANO FILLETS TO BE Jq UNLESS
otherwise SPECIFIED
4 FINISH: ELECTROLESS NICKEL PLATE ALL OVER PER NO1002196
DIMENSIONS ANO FINISHES APPLY AFTER PLATING. PLUS
THREADED HOLES DURING PLATING SPECIFIED THICKNESS NOT
REQUIRED IN ALL HOLES AS U5N6 AS PLAT I NO IS CONTINUOUS
THROUGH EACH HOLE.
T COAT THREADS OF Ft© NO. I 9 OND NO.C WITH ML’P S586 WET
• ujjw C CHARACTER R BL^CK PER ND 100200 EXCEPT SURFACE D. AFTER
a Eu?l*!' e^W-CHEMkSlETCH PER ND 1002019 ALL CHARACTERS
1002™ USING 1 1010729*1 ALL SURFACESKTJJp
PUNE/U?D Oe OF FRAME UNLESS OTHERWISE SFECIFIED. ALL HOLES
n X. “per no°ck»!!o tyre II. using lotorss-s. character to be ttee i fer
ND 1002122. CENTRALIZE AS SHOWN.
5 w 0 '±cri 5 ‘
SECTION A-A
2 PLACES
6
5
4
3
5
4
3
I lionams i~T
s
*mmr
iLaii
mwmm
SECTION D-D
.005 MAX ALLOWABLE STEP ABOVE SURFACE Ej>
STEP BELOW SURFACE NOT PERMITTED
4 T
.015 R MAX PERMISSIBLE-
2.150 -—
2.130 .748
1 .748
.135 Tvp J
.115 TVP
Pfdt* 1 " f 14 r-
II. -*—1*25-1—1,237-
I i »/ I I
^.0665 in/in! , i—
.060“^ ^ /
TYP 30°
VIEW A
SCALE 2/1
I U-.47T*L N
LiL_ - 040
-fV* .060
jgJgBLENO WITH J2 R
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
-5 EQUAL SPACES AT.200 ±.002 PITCH
TOTAL 1.000 ±^>02 TOLERANCE NON CUMULATIVE .12-
.*060 X 45?±5*—
2 PLACES
BLEND WITH,
.12 R
\W + -*•♦
ll i + ^ /r\tn. —
»F ^-.094 R |
/ 13 EQUAL SPACES AT
. .200±.002 PITCH
f total 2.600 ±.002
— | TOLERANCE
NON-CUMULATIVE
4.260
3,700 R , EF
yr\$
l GAGE POINT)-
L-»I2
4 PLACES
SECTION F-F
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANOARDS
PRESCRIBED BY MIL-D-70327
2. MAT1: ASTM NO. ZKGOA-TS MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005-.015
4. UNLESS OTHERWISE SPECIFIED^ FINISH 12^ ?29 R£p _
5. all RADII ANO FILLETS TO BE UNLESS
OTHERWISE SPECIFIED
C.FMHH* ALL SURFACES TO BE PLATED
COPPER PLATE PER MIL-C-I455D,CL ASS 2.THEN ELECTROLESS
NICKEL PLATE PER MIL-C-26074A.CL ASS 1. ALL DIMENSIONS TO,
AND FINISHES OF, PLATED SURFACES APPLY AFTER PLATING.
FINISH MACHINING AFTER PLATING IS PERMISSIBLE AS LONG AS MINIMUM
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS.
PLUG THHEAOEO INSERT HOLES OURMS PLATMS.
8. COAT FINO NO.I± FIND NO. 2 WITH MIL-P- B5B5 WET ZINC CHROMATE
PRIMER.
«l MOOULE MOUNTING SCREWS ANO MOOULE ELECTRICAL RECEPTACLES
THIS INFORMATION WILL BE AOOEO TO DRAWING AS SOON AS IT IS
AVAILABLE.
-.005 MAX ALLOWABLE STEP ABOVE SURFACE 1-6-1
STEP BELOW SURFACE NOT PERMITTED
—.062 X 45° TVP
DIM. FOR STEP ONLY
CUTOUT THRU
-.140 DIA
•JlgDIA SPOTFACE
2 HOLES
m
I.OTO
-i.'ilS ft£f '
SECTION G-G
-.015 R MAX PERMISSIBLE
SECTION E-E
-.272 01A
CBORC .406 OlA X .142 DEEP
T 1000115-2
I 1008106
! LH0-32UNF-2B THRU
==K 82* ll’CSK, ‘jlfDIA
14- .005 bill
SEE NOTES 7*B
SECTION A“A
SECTION B-B
-»li -s
5
SECTION C-C
-.015 R MAX PERMISSIBLE
- DIMENSIONS ARE M MCHES ^ "
. TOLERANCES ON «- «»
' FRACTIONS DECIMALS AMQLES
-H- XXX±!oQ5 (/30" checked.
INSERT. THREADED, SELF-LOCK INS
FRAME. TRAY__
MANNED SPACECRAFT CENTER
FRAME,
TRAY 6
1008106
SEE NOTE 6
2
mm
section D-D
. J00 5 MAX ALLOWABLE STEF ABOVE SUBFACE M>-
STEP BELOW SUBFACE MOT PERMITTED
JU
_2 WES
4 T
.015 R MAX PERMISSIBLE -
2.150 1 XfY*TVP r
2.130 .74 B
1 -74S 1 sC
pJ 1-270
.260
n±**'
A REVISED PER TDRRQ^^^ MWM
1 RE VISED KR tORRo**sj >» *» -v* i
™ C REVISED PER TDRR __
D REVISED PEB TDRR OZS-* 0 ? J +*. n
CUTOUT THRU
VIEW A
SCALE 2/1
. 4 EQUAL SPACES AT J251.00C
PITCH TOTAL.500±002
TOLERANCE MOM-CUMULATIVE
t
JO BAR MAX PERMISSIBLE
B EQUAL SPACES AT.125 ±.002 PITCH
TOTAL 1.000 ± .002 TOLERANCE MOM CUMULATIVE .It
4» HOLES
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
-CUTOUT THRU!
y—.OOBR MAX
jOto / permissible
3m
i-n
♦ tf
ns*
•_9 EQUAL SPACES AT
-. ^ .200 t JOO 2 PITCH
_ I TOTAL 1.8001002
1 TOLERANCE
1 L7I2 BOM-CUMULATIVE
1 A il?
3.700 ,
.060*
2 PLACES
BLEND WITH
.12 R
IM 6AGE POINT ) -;
AT .2001002 PITCH
SECTION F-F
NOTES:
U INTERPRET DR AW INC IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MAT'l: ASTM N0.ZKB0A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EOGES .005-.015
4. UNLESS OTHERWISE SPECIFIER FINISH 12^ ?29 ^
5. ALL RADII ANO FILLETS TO BE *JJ UNLESS
OTHERWISE SPECIFIED
* 6. FINISH* ALL SlIVWCEB TO BC PLATED ______
COPPER PLATE PER MIL-C-I455D, CLASS 2.THEN ELECTROLESS
NICKEL PLATE PER MlL-C*26074A,CL ASS I. ALL DIMENSIONS TO,
AND FINISHES OF, PLATED SURFACES APPLY AFTER PLATING.
FINISH MACHINING AFTER PLATING IS PERMISSIBLE AS LONG AS MINIMUM
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS.
PLUS THREADED INSERT HOLES OURMB PLATMB.
8. COAT FINO NO.IJ. FIND NO. 2 WITH MIL-PS5S5 WET ZINC CHROMATE
PRIMER.
-X)05 MAX ALLOWABLE STEP ABOVE SURFACE l"E- 1
STEP BELOW SURFACE NOT PERMITTED
-.062 X 45° TYP
1 38 1
tiw—T - ^
.575 1
OWL FOR STEP ONLY
I- D- -1 -
-Mri
-M22-4
-w| I.OTO
SECTION G-G
J^JJH (FROM GAGE POINT)-
-015 R MAX PERMISSIBLE
SECTION E-E
CSK100-x;|? 8 y
-i 272 DIA
CBORE .406 DIA X .142 DEEP
-i2l9 DIA
THRU TO INTERSECT
.406 DIA C BORE
SEE SECTION B-B
140 DIA
'.118 01 A SPOT FACE
2 HOLES I
2 IOOOHS-2
I 1008106 -I
l LHO-32UHF-2B THRU
pi 82 *±rcsK, -‘IIoia
!•» .005 OtA~|
SEE NOTES B M
SECTION A-A
SECTION B-B
'“.015 R MAX PERMISSIBLE
SECTION C-C
' !■ ■! :*
{UNLESS OTHCNWnC SHCmCO
-4- XXX ±'. 005 0* 30' entente
00 NOT SCALE THIS DWAWWa JUmOUIM. 1
MATERIAL
SEE NOTE 2
INSERT, THREADED. SELF-LOCKING
' FRAME. TRAY_
MANNED SPACECRAFT CENTER
FRAME,
TRAY 6
1008106
SEE NOTE •
m
1
fl
1
0
¥
HRVBIOMR
THIS SHCEt AD0E6 ^t»^
OATS
? J*4»
A—*”* 1 -.-
<5
REVISED PE ft tt)RR
~
REVISED PER TDRR Ot*+7
24 EQUAL SPACES AT ;|f J = JJJJJ
14 EQUAL SPACES AT *Jf *.»94
TOLERANCE NON-CUMULATIVE
IoIjOia T«w-
14 PLACES
COUNTERBORE-.
DEPTH SHOWN IN SECT H-H(fAR«
25 PLACES
14 PLACES
-» EQUAL SPACES
AT .127 - .377
AT .I23- .373
TOLERANCE
NON-CUMULATIVE
REV B THIS SHEET ADDED
4*PL ACES
SECTION H-H
SECTION J-J
view C-C
TOLERANCES ON
0
XX
DO NOT THtS'U
L.
. 4 I
[ PHOTO«RAPHtr SCALE ONUf | |
2
QTY PART ON NOMENCLATURE OR FINO
REQO IDENTIFYING NO. OCSCRIPTION NO.
LIST OF MATERIALS
BIT
mstmimintation lam
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
- Iirl ^/il^ -qy
CHECKED _____
APRRnwAi 4*^»»^** ?' V
FRAME.
TRAY 6
tJiLkuLL
AH BENT NO.
SHE .NASA DRAWING NO.
E 1008106
Mn APPROVAL W/yyf^jt/y
SCALE 2 ! 1
WT 1 SHEET 2 OF 2
Q19018001 1
SECTION D-D
,005 MAX ALLOWABLE STEP ABOVE SURFACE l-P-
STEP BELOW SURFACE MOT PERMITTED
A REVISED PER TDRR o*'4^
8 REVISED PER TDRlI* ogs-F 3
C REVISED PER TDRR _
D REVISED PER TDRR£><2*>7 ~
E REVISED PER TDRR <?/-/ /**
)UT THRU
JU
_2fLACES
2.150 —
2.130 .748
> .746
!/ !»/ V"
.015 R MAX PERMISSIBLE-
.140 01A
•USdia spotface
-J094R MAX PERMISSIBLE
VIEW A
SCALE 2/1
. 4 EQUAL SPACES AT .1251.002
PITCH TOTAL.500±002
TOLERANCE MOM-CUMULATIVE
-Ml *—.060
JJL-jocxb
^1 5 ^ ADJACt
BLEND WITH J2 R
.0003 MAX STEP BELOW—/ ~
ADJACENT SURFACE PERMISSIBLE HT
FOR SHADED AREA STEP MAY ,—
NOT EXT END TO LEFT OF [_I
SURFACE |-F—1 U-
8 EQUAL SPACES AT. 125 ±.002 PITCH
TOTAL 1.0001.002 TOLERANCE NON CUMULATIVE
"”*073 DIA 45 HOLES
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
-CUTOUT THRU
-.005 R MAX
PERMISSIBLE
•4TT tt --KJ
U± + -i'+-ttl
U++++1T
2.490 Uf+ + + +
BSC \\ + + t + + T
2 places J- rr~iC3
BLEND WITH ll \
• ,2R .S74Bk-M
TOLERANCE^^iS-ttJMULATIVE
►F >—.094 R
- 9 EOUAL SPACES AT
-1 .200 t JO 02 PITCH
1 TOTAL 1.800 tJOOE
„P 1 TOLERANCE
' L7I2 NON-CUMULATIVE
^-.203 R
'8 PLACES
4.260
3.700 R , EF
1 -*I2
4 PLACES
*.140 0,A 80 M0LES
SECTION F-F
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-0-70327
2. MAT'l: ASTM NO. ZK60A-TS MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EOGES .005-.015
4. UNLESS OTHERWISE SPECIFIED. FINISH 125/
5. ALL RAOM ANO FILLETS TO BE *J J UNLESS
otherwise specifieo
6. FBBSH*ELECTROLESS NICKEL PLATE ALL OVER PER NDI002IR8
DiY ENSIGNS AND FINISHES APPLY AFTER PLATING. PLUG THREADED
INSERT HOLES DURING PLATING
B. COAT FIND N0.I4.FIND NO. 2 WITH MIL-P- B5B5 WET ZIHC CHROMATE
PRIMER.
-.005 MAX ALLOWABLE STEP ABOVE SURFACE l-f-1
STEP BELOW SURFACE NOT PERMITTED
J25 DIA X jI9 DEEP-
2 PLACES FOR
MACHINING LOCATION
“• 0€2 X 45 ° TVF DIM. FOR STEP ONLY
PART NUMBER AND OTHER
PERMANENT MARKING FOR
PROCESSING PERMITTED
IN THIS AREA. ELECTRO¬
CHEMICAL ETCH-12 HIGH
CHARACTERS LOCATE
CENTRALLY
m
I.OTO
section G-G
& 71 I 5 (FR0M CAGE WKT)
-.015 R MAX PERMISSIBLE
SECTION E-E
:!?o —
219 DIA
THRU TO INTERSECT
,406 DIA C BORE
SEE SECTION B-B
-&272 DIA
CBORE .406 DIA X .142 DEEP
2 IOOOIIS-2
I 1008106 -I
-jf|DIA THRU
I0-32UNF-2B THRU
82* Sl'CSK, ‘1I9OIA
.005 DlXI
SEE NOTES 8 t 8
SECTION A-A
2 PLACES
SECTION B-B
2 PLACES
J U-^45\.
.015 R MAX PERMISSIBLE
SECTION C-C
UNLESS OTHERWISE SRCCIFICO
- DIMENSIONS ARC M INCHES ""c
TOLERANCES ON
■fractions anqles uum < k ^
' -4- XXX±.005 0^30' checaeo_
- 00 NOT SCALE THIS 0MMN6 APPROVAL .i
JFMAL FIWSH
1 SEE NOTE 8
INSERT, THREADEO. I
‘ FRAME, TRAY
MANNED SPACECRAFT CENTER
FRAME,
TRAY 6
1008106
PHOTOGRAPHIC SCALE ONLT ?
E 1008106
SCALE 2 : I ' WT 1 SHEET 2 <* I
I
SECTION D-D
,003 MU »l ICMMM f STEP ABOVE SURFACE l~ p
STEP BELOW SURFACE MOT PERMITTEO
^ -H
.110 _ L-
.09 <5* r
2.150 -
2.130 .748
I .744
r f, IJj,-
H 1 “/ I
.015 R max permissible-
TYP 30'
VIEW A
U J040
.06 0
BLENO WITH .12 R
. 4 EQUAL SPACES AT .I25±0Q£
PITCH TOTAL.500 ±002
TOLERANCE MON-CUMULATIVE
>.0003 MAX STEP BELOW—/
ADJACENT SURFACE PERMKSBLE
FOR SHADED AREA STEP MAY
NOT EX TEM P TO LEFT OF
SURFACE |- F—1
-J094R MAX PERMISSIBLE
- 8 EQUAL SPACES AT .125 ± .002 PITCH
TOTAL 1.000 ±J002 TOLERANCE NON CUMULATIVE
-.005 R MAX
PERMISSIBLE
mm
n-pr
2 PLACES -
BLENO WITH,
42 R
8 EQUAL SPACES-f 1
AT .200*002 PITCH
TOTAL 1.000 i .002
TOLERANCE NON-CUMULATIVE
, 8 EQUAL SPACES AT
^ .200 t J002 PITCH
l TOTAL LSOOtOOE
1 TOLERANCE
i L7I2 NON-CUMULATIVE
- 4-40 UNC-3B TAP
AFTER ANODIZING
«4
r 7 /
SECTION F-F
NOTES:
L INTERPRET DRAWIN6 IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MM.-D-70327
2. MAT1: ASTM N0.ZK40A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005-.015
4. UNLESS OTHERWISE SPECIFIED. FINISH I2y
5w ALL RADII ANO FILLETS TO BE*JJ UNLESS
OTHERWISE specified
4. FTNWI ELECTROLESS NICKEL PLATE ALL OVE« PER ND*002I<»8
Z’VENSIONS AND FINISHES APPLY AFTER PLATING. PLU 6 THREADED
INSERT HOLES DURING PLATING
t. COAT FINO NO. I A. FIND NO. 2 WITH MIL-P-85BS WET ZINC CHROMATE
PRIMER.
■j005 MAX ALLOWABLE STEP ABOVE SURFACE (-6-1
STEP BELOW SURFACE NOT PERMITTED
J25DIA X J9DEEP-
2 PLACES FOR
MACHINING LOCATION
SECTION G-G
“f&TI 1 !? ( fr 0M GAGE POINT) -
17.488 __
17.468
:!SS oi» —
OKKxrirffg,
n272 01 A
C BORE .406 DIA X .142 DEEP
! J-I0-32UNF-2B THRU
f=i 82* il'CSK. J 99 OIA
fJ r» .003 Dll \
SEE NOTES 8 V •
SECTION A-A
2 PLACES
SECTION B-B
rZkr ^ 4 S> ^-.0IS R MAX PERMISSIBLE
SECTION C-C
Cff i C 1 REVISED PER TDRR _
(fil _D_ REVISED PER TORRc?£P/7
E REVISED PER TDRR tfA/
F B EV6E0 PER TDRR *
" 5 " REVISED PER TDRR 2 4 vf-
CUTOUT THRU
140 OIA
s§ 2 dia spotface
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
1 HI?
3.700 ,
1 ft a_J .570
•* 88 .550
-.062 X 45° TYP ^ STEP ONLY
PART NUMBER ANO OTHER
PERMANENT marking for
PROCESSING PERMITTED
ftl THIS AREA. ELECTRO¬
CHEMICAL ETCH-12 HIGH
CHARACTERS LOCATE
CENTRALLY
A 1*070
-015 R MAX PERMISSIBLE
SECTION E-E
219 OIA
THRU TO INTERSECT
<406 DIA C BORE
SEE SECTION B-B
2 IOOOII5-2
I 1008106_
UNLESS OTHERWISE SKCmCD
- MMCNSNMS AM M MCMCS
TOLERANCES ON
' FRACTIONS D ECR AA H ANSUS ,
-4- XXxi!0O50f3O' «
- 00 NOT SCALE THIS OA RWIW B /
MATERIAL f
SEE NOTE 2
SEE NOTE •
I INSERT, THREAPED.'
[FRAME, TRAY
MANNED SPACECRAFT CENTER
FRAME,
TRAY 6
1008106
wtmmm
2
SECTION D-D
.005 MAX ALLOWABLE STEP ABOVE SURFACE |
STEP BELOW SURFACE MOT PERMITTED
4 P
.05 R MAX PERMISSIBLE-
GAGE POINT-
2.150 1 vj*Tvp.
2.130 .748 W
i m 4
;i it Trp -^
ITb-HR*- '■si? 1 n
I'T TjLsJ-Jwf
< / !«/ i i
-094 R MAX PERMISSIBLE
VIEW A
scale 2/1
_ 4 EQUAL SPACES AT I25±.008
PITCH TOTAL.500 ±002
TOLERANCE NON-CUMULATIVE
—.477^^^/
, 0 « 0 BLEM0 '
—-gjg BLEND WITH .12 R / Q—I
>.0003 MAX STEP BELOW—/ —n r~‘
ADJACENT SURFACE PERMISSIBLE
FOR SHADED AREA STEP MAY 1=2 -
NOT EXT END TO LEFT OF
SURFACE pF—1 1XCQ04
-8 EQUAL SPACES AT.125 ±.002 PITCH
TOTAL 1.000*002 TOLERANCE NON CUMULATES .12-
TYP
MO !•— ' *
690 \ 49 **«» _j
—CUTOUT THRU
-.005 R MAX
PERMISSIBLE
/-CUTOUT THRU
H
nl.
. 9 EQUAL SPACES AT
.200 t 002 PITCH
\ TOTAL 1.8002002
1 TOLERANCE
11.712 NON-CUMULATIVE
:§Jo x ^ 5# -
2 PLACES -
BLEND WITH
.12 R
5 EQUAL SPACES-P
AT .200*002 PITCH
to^ramd^^n%mulativc
- 4*40 UNC-3B TAP
AFTER ANODIZING
>.005 I /\ 'I
v VT
SEE VIEW k—' |
iJII gage point;
section F-F
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MAT1: ASTM N0.ZK60A-T5 MAGNESIUM ALLOT PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES 005-.015
4. UNLESS OTHERWISE SPECIFIER FINISH 125/
5. ALL RAOH ANO FILLETS TO BE J ,J UNLESS
OTHERWISE SPECIFIEO
6. PBUBM'ELECTHOLfcSS NICKEL PLATE ALL OVER :> ER N3!C”2!??
DIMENSIONS AND FINISHES APPLY AFTER PLATING. PUJ6 THREADED
INSERT HOLES DURING R ATING
B. COAT FIND NO.I*FIND NO. 2 WITH MIL-P- B5B5 WET ZINC CHROMATE
PRIMER.
-005 MAX ALLOWABLE STEP ABOVE SURFACE l-i-J
STEP BELOW SURFACE NOT PERMITTED
J25 0IA X 29 DEEP-
2 PLACES FOR
MACHINING LOCATION
SECTION G-G
{Hjff (FROM GAGE POINT)
:!!$** —
csx,oo*x ; |?§
5*O'±0*l5 t/
-i272 DIA
CBORE .40G OIA X .142 OEEP
THRU
l vL|0-32UNF-2B THRU
f=ji BfirCSIL^DIA
fj 1+.005 6iJT1
SEE NOTES • \ 0
SECTION A-A
2 PLACES
SECTION B-B
2 PLACES
»*Ju ^^-.015 R MAX PERMISSIBLE
SECTION C-C
^<24/7
REVISED PER TORR OJM
6 Revised per tqrr t
H IRE VISED PER TPRR 03781
CUTOUT THRU
219 DIA
THRU TO INTERSECT
.406 DIA C BORE
SEE SECTION B-B
.140 OIA
•J|g DIA SPOTFACE
2 HOLES I
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
4.2G0
3.700 R , EF
.570
• l88 .550
-.062 X 45* TVP FQR STEP ONLY
PART NUMBER ANO OTHER
PERMANENT MARKING FOR
PROCESSING PERMITTED
M THIS AREA. ELECTRO¬
CHEMICAL ETCH..I2 HIGH
CHARACTERS PER ND1002019
LOCATE CENTRALLY
1.070
-015 R MAX PERMISSIBLE
SECTION E-E
2 IOOOII5-2
i looeiQG -i
| UNLESS OTHERWISE SPECIFIED
* XX *.oz ,
-f*~ XXX *.005 0^ 30
DO NOT SCAlt THIS D A MW M 6
MATERIAL
SEE NOTE 2
INSERT, THREADEO, SELF-LOCKING
‘ FRAME. TRAY ~
MANNED SPACECRAFT CENTER
FRAME,
TRAY 6
■ «0O5 MAX ALLOWABLE STEP ABOVE SURFACE
STEP BELOW SURFACE MOT PERMITTED
REVISED PER TDRR <»*/ * *
& iJkPibM'lLi-l J
SECTION D-D
;-JU
_2 PLACES
*r
-CUTOUT THAU
2.150 —
2.130 .74$
, .74$
rr±** ^ ~ rr
I I ' J-|j6|5-i_L237-L_
.015 R MAX PERMISSIBLE-
-.140 DIA I
‘.IS 8 DU SPOT FACE
2 HOLES I
—JD94 R MAX PERMISSIBLE
: ™jLy
TVD W
VIEW A
. 4 EQUAL SPACES AT.l25±.00t
PITCH TOTAL.500±002
TOLERANCE NON-CUMULATIVE
'-.0003 MAX STEP BELOW —! —*
ADJACENT SURFACE PEFMSSBLE PfT
FOR SHADED AREA STEP MAY J
NOT EXT ENQ TO LEFT OF ~ B
SURFACE XCJ
-8 EQUAL SPACES AT.125 ±.002 PITCH
TOTAL 1.000 ±.002 TOLERANCE NON CUMULATIVE
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
-CUTOUT THRU
-.0C5R MAX
PERMISSIBLE
IMS
2.4501 t +
/—.203 R
PLACES
8 EQUAL SPACES AT
.200 t JOO 2 PITCH
l TOTAL 1.8001002
1 TOLERANCE
Ii78 NON-CUMULATIVE
1 HI?
3.700 t
.*060 X 4 ^ ±5 ~j
2 PLACES J
BLEND WITH
.12 R
8 EQUAL SPACES-
AT .2001002 PITCH
TOTAL 1.000 *.002
TOLERANCE NON-CUMULATIVE
- 4-40 UNC-3B TAP
AFTER ANODIZING,
21/(FROM 6A6E POINT]
SECTION F-F
notes;
L INTERPRET OR AW INC IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-0-70327
2. MAT1: ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS AMO BREAK SHARP EOGES 005 -.015
4. UNLESS OTHERWISE SPECIFIED, FINISH 12^
5. ALL RADII AMD FILLETS TO BE UNLESS
v 0 T HERWISE SPECIFICO
6 . P1 NMII ELECTROLESS MCWELPIATE ALL OVER PER NDtC-02WB
DIMENSIONS AND FWISHES APPLY AFTER PLATNG. PLUG THREADED
INSERT HOLES DURING PLATING
B. COAT FINO NO. IA FIND NO. 2 WITH MIL P-8585 WET ZINC CHROMATE
PRIMER.
005 MAX ALLOWABLE STEP ABOVE SURFACE f-i-1
STEP BELOW SURFACE NOT PERMITTED
J2SDIA X 49DEEP ——
2 PLACES FOR
MACHINING LOCATION
SECTION G-G
L-»3 T
-.062 X 45* TVP $TEF onu
PART NUMBER AND OTHER
PERMANENT MARKING FOR
PROCESSING PERMITTED
IN THIS AREA. ELECTRO¬
CHEMICAL ETCH..I2 HIGH
CHARACTERS PER NDI0020I9
LOCATE CENTRALLY
1.070
ttiin ( FR0M 6AGC ^INT)
15 R MAX PERMISSIBLE
SECTION E-E
:!!8 —
1.272 OIA
CBORE .406 OIA X .M2 DEEP
-*219 OIA
THRU TO WTERSBCT
.406 DIA C BORE
SEE SECTION B-B
2 IOOOllS-2
I 1006106 -I
I0-32UNF-2B THRU
INSERT, THREADED, SELF-LOCKING
‘ frame, tray
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
SEE NOTES •
SECTION A-A
SECTION B-B
~-li r —-n
5 *JL
SECTION C-C
-.OIS R MAX PERMISSIBLE
XX ±.02 * ,
Sf” ZZ'
- 00 NOT SCALE TMS OM
MATE XML
SEE NOTE 2
SEE NOTE 6
FRAME,
TRAY 6
1008106
- M sm ur JWtSV*- %H»
• 14 EQUAL SPACES AT JfJ s 2.999
TOLERANCE NON-CUMULATIVE
tv 8 THIS SHE ET ADDED ^v^o [j j~
^ ~g~ REVISED PER TORR [
0 Q n£*tb£D Pfeft ERR 02**7
j£) E REVISED PER TDRR O m+%. /
^ ~ REVISED PER TD^ R * Z./ L ii
"6“ REVISED PER TORRg*^? ^>|V^(
£ ~~H~ 1EVISEO PE^ TDRR 03781 ggfo g*"
0 REVISg) PER TDRR a*4S* l^ki***
14 EQUAL SPACES AT ill 35 *'.**?'
TOLERANCE NON — CUMULATIVE
;°*ioiATHWJ-
' » :!|*oiathru—
COUNTERbUHfc .30* UiA l<)Nw
DEPTH SHOWN IN SECT H4l(]FAR SIDEy
25 PLACES
.249_
.257*
.I27_
.129
1.959 .2491
.392 .asrl
HHa
~ ~^ Ai
—.052
5 PLACES
'-‘.070 7PlACES
-.042 R
12 PLACES
I ,->27_
.249 1 ' .129
ta' 3 'i^
19 EQUAL SPACES AT ;j|^s }*|f J
TOLERANCE SON-CUMULATIVE*
-5 EQUAL SPACES AT ’{§3 =*.115
TOLERANCE NON-CUMULATIVE
*-9 EQUAL SPACES
A . .127 - .977
AT .I23“ .979
TOLERANCE
NON-CUMULATIVE
SECTION H-H
S EQUAL SPACES AT ’{29 s !c29
TOLERANCE NON-CUMULATIVE
.409 DIA
PLACES
SECTION J-J
-4 EQUAL SPACES AT ;j|^= JJJ
TOLERANCE NON-CUMULATIVE
-9 EQUAL SPACES AT 'Jlj—yff
TOLERANCE NON-CUMULATIVE
VIEW B B
SCALE** 2I
VIEW C-C
REV B THIS SHEET ADDED
UNLESS OTHERWISE SPECIFIED
- DIMENSIONS ARE M INCHES
TOLERANCES ON «— ■» |
' FRACTIONS DECIMALS MgES MUWNi
* XXXt'. 8 o&_ * ««««>
- DO NOT SCALE THIS ORAWNC APPWOVAI
(MANNED SPACECRAFT CENTER
HOUSTON. TEAM_
FRAME,
TRAY 6
■0.1 SHE NASA PRAWRN C Ho"
E 1008106
5
4
3
SECTION D-D
JQ05 MAX ALLOWABLE STEP ABOVE SURFACE EH
STEP BELOW SURFACE NOT PERMITTED
-JU
j4T
CUTOUT THRU
2.150 -
2.130 .748
I .748
A . i .
i V WTO-”” » 7 I •
If | , -*-lj«S-*-Li»T
.J_1=
.015 R MAX PERMISSIBLE -
A REVISED PER TDRao^-F^ KHN.3 /X
• REVISED ECW TDWWogTrT ** I
C~ “REVISED PER TDRR _ »*>»' _
D REVISED PER TDRR OZ** 0 ? tJH) n
JE_ REVISED PER TDRR ?-r-* F**- i
F REVISED PER TDRR > 7>i c f ~ 7~U_
TT REVISED PER TDRR l vfo Tpfc
H REVISED PER TDRR 03781 f CtP*l
"T~ teV.SK:" PER TZR ~ 04454- H
REVISED PER TDRR V'pIjBET.
219 DIA
THRU TO PITERSECT
406 DIA C BORE
SEE SECTION B-B
*240 Dl A SPOTFACE
2 HOLES I
-JD94R MAX PERMISSIBLE
VIEW A
SCALE 2/1
„ 4 EQUAL SPACES AT I25±.00t
PITCH TOTAL.500±002
TOLERANCE NON-CUMULATIVE
I U-.477^^
Ml_04 0
.060
^ ADJACE
BLEND WITH J2 R
0003 MAX STEP BELOW —f
ADJACENT SURFACE PERMISSIBLE
FOR SHAOED AREA STEP MAY
NOT EXT END TO LEFT OF
SURFACE |-F-l
-8 EQUAL SPACES AT. 125 ±.002 PITCH
TOTAL 1.0001.002 TOLERANCE NON CUMULATIVE
-BREAK 2 EDQE8 THIS SIDE .OB
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
-CUTOUT THRU!
/.005R MAX
’ PERMISSIBLE
"~j07$ DIA 49 n 01 ^ 8
~1fc.
^ + 4,4 <
1
9 EQUAL SPACES AT
f .200 t JO 02 PITCH
l TOTAL 1.800 tJD02
’ TOLERANCE
KL7I2 RON-CUMULATIVE
1 HI?
3.700 ,
;gjgx4*±5*-
2 PLACES -
BLEND WITH
.12 R
9 EQUAL SPACES-T
AT .200 ±002 PITCH
TOLERANCE 0 tfSHaJMULATIVf
. 4-40 UNC-SB
SEE NOTE 6 .
A X L
: 4 '
;}§ J (FROM GAGE POINT)-
*—>12
4 PLACES
SECTION F-F
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL*D*70327
2. MAT1: ASTM NO. ZKGOA-TS MAGNESIUM ALLOY PER 0Q-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005 -.015
4. UNLESS OTHERWISE SPEC IF IE Dt FINISH 125/ 72
5w ALL RADII ANO FILLETS TO BE*JJ UNLESS
otherwise specified
6 . FIMSH< ELECTR0LES8 NICKEL PLATE ALL OVER PER NO 1002198
__ DIMENSIONS AND FINISHES APPLY AFTER PLATING PLUG THREADED
HOLES DURING PLATING. SPECIFIED THICKNESS NOT REQUIRED IN ALL
HOLES AG LONG AS PLATING IS CONTINUOUS THROUGH EACH HOLE
7. COAT THREADS OF FIND NO I 9 FIND NOE WITH MIL-P-9SG9 WET ZINC
CHROMATE PRIMER
9 MARK CHARACTERS SLACK PER ND 1002019 EXCEPT SURFACE 9
AFTER PLATING ELECTRO-CHEMICAL PER ND 1002018 ALL
_CHARACTERS ON SURFACE D CENTRALIZE AS SHOWN
9 PAINT PER N D USING 1010728-1 ALL SURFACE S BETWEEN
VIEWING PLANE AND END OF FRAME UNLESS OTHERWI8E-8PECIFIED
_ ALL HOLES TO BE FREE OF PAINT
K).PAINT PER ND USING 1010729-9 CHARACTER TO BE TYPE I
PER ND 1002122. CENTRALIZE AS SHOWN.
-j005 MAX ALLOWABLE STEP ABOVE SURFACE 1 - 6-1
STEP BELOW SURFACE NOT PERMITTED
—.062 X 45* TYP
DIM. FOR STEP ONLY
J25DIA X jI9DEEP-
2 PLACES FOR
MACHINING LOCATION
PART NUMBER ANO OTHER
PERMANENT MARKING FOR
PROCESSING PERMITTED
IN THIS AREA. ELECTRO¬
CHEMICAL ETCH..I2 HIGH '
CHARACTERS PER NDI0020I9
LOCATE CENTRALLY
SECTION G-G
i.oto
Kill (FROM GAGE POINT)
-.015 R MAX PERMISSIBLE
SECTION E-E
.IBS _
.190 0,8 ~~
CSK 100* X *210 y
5*0*l<fl5 # *'
- 1 272 DIA
CBORE .406 DIA X .142 OEEP
1000115-2
1008106
i-!||0IA THRU
l v*-IO-32UNF-2B THRU
f=lf 82* ll # CSK, ^DIA
S I -9 .005 OlA"l
SEE NOTES • % t
INSERT, THREADED. SELF-LOCKING
FRAME. TRAY___
MANNED SPACECRAFT CENTER
SECTION A-A
SECTION B-B
SECTION C-C
-.015 R MAX PERMISSIBLE
) TOLERANCES ON —■«>
FRACTION* OC CR AAL S ANOLES o*M*H
-H- XXX ±l oQ5 0^ 30' cmccaeo_
DO NOT SCALE THIS OMMNO III miMIL
SEE NOTE 6
FRAME,
TRAY 6
1008106
PHOTOGRAPHIC SCALE ONLY
II
- 24 CAUAL SPACES AT J|J = i'.(M
TOLERANCE NON-CUMULATIVE
/9\ 2 I THIS SHEET ADDED oz*ss )?»*
^ — revis^C) r - M *
# D REVISED PER TDRR GZ*r
E REVISED PER TDRR 0
^~ REVISED PER T DRR oM _
Oti ~G~ REVISED PER TDRR/^v*?
£ ~H~ REVISED PER TDRR 03781 XJ M
A J REVIS ED PER TDRR <»**«» £*3
C* K REVISED PER TDRR /) P' H
5B2B3GB7^H
-
mz*irvryi~
IS EQUAL SPACES AT 111= *;?»*-
TOLERANCE HON — CUMULATIVE
073
151 PLACES
OA3 ^IA THRU “
OIA THRU—v ^
COUNTERBORE .302 DIATOM
DEPTH SHOWN IN SECT IfcM (FAR SIDE?
25 PLACES
.243_
.25?
,»2T_
.123
-.052 R
12 PLACES
—.062
5 PLACES
i070 ^ PLACES
I ^15 PLACES
*— 5 EQUAL SPACES AT = %2%
—797—+ TOLERANCE NON-CUMUIaV|VE
-3 EQUAL SPACES I
- .127 - .377
TOLERANCE
NON-CUMULATIVE
■
I
IS EQUAL SPACES AT ;}|^= j*J|J
TOLERANCE NON-CUMULATIVE
5 EQUAL SPACES AT*J|5 = ;f|5
TOLERANCE NON-CUMULATIVE
-4 EQUAL SPACES AT j | 7 yS HI
TOLERANCE NON-CUMULATIVE
-S EQUAL SPACES AT jfs®;?”
TOLERANCE NON-CUMULATIVE
VIEW B B
SCALE-2; I
-.2I9WA
5 HOLES
REV B THIS SHEET ADDED
UNLESS OTHERWISE SKCTfltD
- DIMENSIONS ARE M INCHES
TOLERANCES ON
' FRACTIONS DECIMALS AR
- * XX..Q2 h
.405 OIA
4PLACES
SECTION H-H
SECTION J-J
view C-C
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS _
FRAME.
TRAY 6
NO. 1 SUE .NASA DRAWING NO
E 1008106
2
SECTION D-D
.005 MAX ALLOWABLE STEP ABOVE SURFACE
STEP BELOW SURFACE NOT PERMITTED
'm kt n 1
v n
4 T
CUTOUT THRU
2.150 i soTtyp^ 4
2.130 .748 ’ ** jy\
I i_ 4_1
I / L570 *
Si l*y
.015 R MAX PERMISSIBLE-
C REVISED PER TDRR _
D REVISED PER TPRR d** 0 ?
E REVISED PER TDRR 4*? * *
F REVISED PER TDRR
G REVISED PER TDRR ?, V«77
h Kt-VISED PER TDRR 03781
J~ reuse: p ER TC R =T a 44S+
K REVISED PER TDRR ^ S-f
L jREViSEE PER TDRR 11319
REF •»« | .
-*-1.625-*-1.237
-.219 DIA
THRU TO INTERSECT
.406 DIA C BORE
SEE SECTION B-B
5° O'i 0*15
.140 DIA |
: §§gDIA SPOTFACE
2 HOLES I
.000 a TYP
.030 R 1
-J094R MAX PERMISSIBLE
_J|U—.060 BLEND W,TH * 12 R
VIEW A
scale 2/1
-BREAK EDGE THIS SIDE 05
_ 4 EQUAL SPACES AT .1251.002
PITCH TOTAL.500 ±002
TOLERANCE NON-CUMULATIVE
J .1 .0003 MAX STEP BELGA_/ —
ADJACENT SURFACE PERMISSIBLE P?-
FOR SHADED AREA STEP MAY .- ,
NOT EXT END TO LEFT OF L
SURFACE |-F-| l-LC
-BREAK t EDGES THIS SIDE .OS
8 EQUAL SPACES AT.125 ±.002 PITCH
TOTAL I.OOO + .OQ2 TOLERANCE NON CUMULATIVE .12-
TVD
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
-CUTOUT THRU
/.005R MAX
f PERMISSIBLE
”!073 D,A 45 H0LES
1 ^
► F>— .094 R
2.440
1
. 9 EQUAL SPACES AT
.200 ± .002 PITCH
\ TOTAL 1.8001002
1 TOLERANCE
k 1.712 NON-CUMULATIVE
4.260
3.700 R , EF
-
.060*^- 3
2 PLACES J—PTT
BLEND WITH
.12 « .576
.572
- 4-40 UNC-38
SEE NOTE 6
32
W A—'
•J | 7 (FROM GAGE POINT)
5 EQUAL SPACES-
AT .2001002 PITCH
SECTION F-F
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-0-70327
2. MAT1: ASTM N0.ZKG0A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS AND BREAK SHARP EDGES .005 -.OIS
4 . UNLESS OTHERWISE SPECIFIED. FINISH 125/ .729 REF
5. ALL RADII ANO FILLETS TO BE jo UNLESS
otherwise specified
6. FINISH- ELECTROLESS NICKEL PLATE ALL OVER PER ND1002198
DIMENSIONS AND FINISHES APPLY AFTER PLATING PLUG THREADED
HOLES DURING PLATING. SPECIFIED THICKNESS NOT REQUIRED IN ALL
HOLES AS LONG AS PLATING IS CONTINUOUS THROUGH EACH HOLE
7. COAT THREADS OF FIND NO I B FIND NO2 WITH MU.-P-85S5 WET ZINC
CHROMATE PRIMER
B. MARK CHARACTERS BLACK PER ND 1002019 EXCEPT SURFACE D.
AFTER PLATING ELECTRO-CHEMICAL PER ND 1002019 ALL
CHARACTERS ON SURFACE D CENTRALIZE AS SHOWN
•l PAINT PER N D1002110 TYPE II, USING 1010729-1 ALL SURFACES BETWEEN
VIEWING PLANE AND END OF FRAME UNLESS OTHERWISE SPECIF IED
ALL HOLES TO BE FREE OF PAINT
10 PAINT PER N0I002II0 TYPE II. USING I0I0729-S. CHARACTER TO BE TYPE I
PER ND K>02122. CENTRALIZE AS SHOWN
-.005 MAX ALLOWABLE STEP ABOVE SURFACE <-E-]
STEP BELOW SURFACE NOT PERMITTED
-.062 X 45° TVP
DIM. FOR STEP ONLY
J25 DIA X j|9 DEEP-
2 PLACES FOR
MACHINING LOCATION
PART NUMBER ANO OTHER
PERMANENT MARKING FOR
PROCESSING PERMITTED
IN THIS AREA. ELECTRO¬
CHEMICAL ETCH„I2 HIGH
CHARACTERS PER ND 1002019
LULATt CENTRALLY
\m
-T“h
L-HS-J
>.o-o
SECTION G-G
-.015 R MAX PERMISSIBLE
!£7I65 ( FROm 6age POINT)
SECTION E-E
.186 ni a _
.190 D,A
CSK ioo-x;|?g ,
-i272 DIA
CB0RE .406 DIA X .142 DEEP
IOOOII5-2
1008106
INSERT. THREADEO, SELF-LOCKING
' FRAME. TRAY
I0-32UNF-2B THRU
82* iTCSK, ' 199 DIA
!■» .005 0IA~|
SEE NOTES € * T
SECTION A-A
SECTION B-B
2 PLACES
-J. U-.245^\
5*-JU ^—.015 R MAX PERMISSIBLE
SECTION C-C
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARC At AtCHES
TOLERANCES ON
FRACTIONS DECIMALS t
* XX *.02 ;
MANNED SPACECRAFT CENTER
*XX±.q05 0f30' checreo.
'Ml THIS OAWRNB J APPROVAL j
FRAME,
TRAY 6
I FINAL FINISH
1 SEE ROTE 6
1008106
5
4
3
* /
2
24 EQUAL SPACES AT *!2I =
*073 D,A THRU -
‘.OM 0,A THF
14 PLACES
5 87 01A THRU —-> s ^' Ns '
COUNTERBORE .302 DIATOV
DEPTH SHOWN i*« SECT H-HLFARSIDEj
25 PLACES
j rih°0 7 7$ T PLACES
5 EQUAL SPACES AT [fj = ilia
—7S7—♦ TOLERANCE NON-CUMULATIVE
13 EQUAL SPACES AT ;j|^=s J*f|J
TOLERANCE NON-CUMULATIVE*
5 equal spaces at;|||=;||J
-4 EQUAL SPACES AT ;J|^= *^8
-080
l PLACES
TOLERANCE NON-CUMULATIVE
TOLERANCE NON-CUMULATIVE
-4 EQUAL SPACES AT
TOLERANCE NON-CUMULATIVE
VIEW B B
SC ALE** 2 : I
/» b this sheet ADDED?
~ REVISED PER TDRR _
D REVISEO PER TDRR 02**7 r-zi-t* Jj ‘*
E REVISED PER TPRR*J»*s- /•<.«, **-
REVISED PER TDR R o\\^i ^717
a) "6~ REVISEO PER TQRR^H?
/O H IREVISED PE R TDRR 03781
; tdrr o+ 4 S*
REVISED PE R TDRR 4 ^
? TDRR 11319
042 R
12 PLACES
^-3 EQUAL SPACES
AT .127 - .377
AT .I23“ .373
TOLERANCE
NON-CUMULATIVE
SO
7 PLACES
REV B THIS SHEET ADDED
nr
JL
-.404 DIA
RCQO BCNTIFYING N
UNLESS OTHERWISE SPECIFIED
- DIMENSIONS ARC IN INCHES
TOLERANCES ON —* -
‘ FRACTIONS DECIMALS ANGLES
MANNED SPACECRAFT CENTER
FRAME.
TRAY 6
SECTION H-H
SECTION J-J
view C-C
U» D0N iFINiOiNiSH"
|E 1008106
jit
mJmm
PARTIAL SECTION K-K
J
DO NOT PAINT-
MARKING VIEWS
SECTION D-D
.015 R MAX PERMISSIBLE-
*8-11* 7
TYP 30°
VIEW A
SCALE 2/1
.030 R MAX PERMISSIBLE
4 T
2.150 1 ja*typT
2.130 .748
X
<BLEND WITH .12 R
1 '.oro T * f-
I two ■« T .
I I ' J-U625-I-L237
' l!,/ .]_L
CUTOUT THRU
140 DIA
IfSoiA SPOTFACE
-5 EQUAL SPACES AT.200 ±.002 PITCH
TOTAL 1.0001.002 TOLERANCE NON CUMULATIVE
CUTOUT THRU-
1
-.030 R MAX PERMISSIBLE
—CUTOUT THRU
Hit:!
SEE NOTESl \\ 4- ♦ 4
I \\+ +++++-
1
;gjgx 4 ^ ±5 *4r=M^^
2 PLACES
BLEND WITH 1 | J
13 EQUAL SPACES AT
.200±.002 PITCH
TOTAL 2.600 ±.002
TOLERANCE
NON-CUMULATIVE
VP
SEE VIEW A—' | I
ill ( fr 0M gage POMiTH
SECTION F-F
SEE NOTE €- ' |
(BOTTOM SURFACE)
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MAT L: ASTM NO. ZKG0A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EOGES .005-.015
4. UNLESS OTHERWISE SPECIFIER FINISH 125/ .729 REF- «
5b ALL RADII ANO FILLETS TO BE'jJ UNLESS
OTHERWISE SPECIFIED r
•.THESE SURFACES TO BE PLAT ED. RE MOVE ANODIZEO FINISH.
COPPER PLATE PER MIL-C-I455D.CLASS 2.THEN ELECTROLESS
NICKEL PLATE PER MIL-C-26074A.CL ASS 1. ALL DIMENSIONS TO,
ANO FINISHES OF, PLATED SURFACES APPLY AFTER PLATING.
FINISH MACHINING AFTER PLATING IS PERMISSIBLE AS LONG AS MINIMUM
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS.
I FINISH: SEE NOTE 6 FOR PLATED AREAS. ALL NON-PLATED SURFACES
TO BE ANODIZED PER MIL-M-3I7I,TYPE IS. PLUG THREADED INSERT
HOLES DURING ANODIZING.
B. COAT FIND NO.I± FIND NO. 2 WITH MIL-P* B5B5 WET ZINC CHROMATE
PRIMER.
Si MODULE MOUNTING SCREWS AND MODULE ELECTRICAL RECEPTACLES
THIS INFORMATION WILL BE ADDED TO DRAWING AS SOON AS IT IS
AVAILABLE.
ll’JlIf (™0M GAGE POINT)
/ Ms & f -'-** 2 x 45# T ”
L— DO NOT PLATE THIS SURFACE
.030 R H
SECTION E-E
*. 90 014 —
CSK *00* x;|^q j
-.272 DIA
CBORE .406 DIA X .142 OEEP
, 4 t
-•( l.OTO
-.015 R MAX PERMISSIBLE
I l l K)- 32UNF-2B THRU
f=j 82* ±I*CSK, *1!%DIA
|-».0Q5 DIA |
SEE NOTES 7AB
SECTION A-A
SECTION B-B
SECTION C-C
-.015 R MAX PERMISSIBLE
UNLESS OTMCINWSC SfCCIFKO
- OUMCNSIONS ME M MCMCS
_ TOLCMNCCS ON
" FRACTIONS DCCMAtS N M
XX *.02 *
XXX±!o05 0*30'
=** THIS DNMNM8_IaMOVAL^
MANNED SPACECRAFT CENTER
HOUSTON. TUAS
FRAME,
TRAY 6
1008106
jMO HAS PEMIISSI*
SECTION D-D
.008 MAX ALLOWABLE STEP ABOVE SURFACE [
STEF BELOW SURFACE MOT PERMITTED.
_J2
2 PLACES
*r
.015 R MAX PERMISSIBLE-
2.lSO I vY*TVP
2.US0 .748 f 3CrT tx'
ujs"
WV JT
I L570 , i
: /!»/ V
TYP 30*
VIEW A
SCALE 2/1
^ BLEND WITH J2 R
.094 R MAX PERMISSIBLE
REVISED PER TDWR Ytu^U f
.140 DIA
IlgDIA SPOTFACE
2 HOLES
~07S TMIWi 40 NQLEt
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
-CUTOUT THRU
' 8EQUAL SPACES AT.I2S ±.002 PITCH
TOTAL 1.000 ±J0Q2 TOLERANCE NON-CUMULATNE
|Q CUTOUT THRU-v
90 | r-4 EQUAL SPACES AT.129 _
-—4-1 1 PITCH TOTAL .500* °°* 1-
\H l TOLERANCE NOW-CUMULATIVE I M .
| 1002
• EQUAL' **0E3 AT.200
f PITCH TOTAL 1.800*002
\ TOLERANCE NOMCUMUUBNC
-.006 R MAX PERMBSIBLC
;g^x4*si_M®
2 PLACES -1-
BLEND WITH
ip o I
' .574 BSC
t.oosl
8 EQUAL SPACES AT.200 1
PITCH TOTAL 10001.002 L
TOLERANCE NON-CUMULATNI
♦ + -► ± *
,4 i +
A M
32 jh*
J2
' 3 PLACES
rt)08 MAX ALLOWABLE STEP ABOVE SURIBCE I - E~ 1
STEP BELOW SURFACE NOT PRMITTED.
-«0€2 X 45° TYP
“*.!io 0,A # ° H0LES
SECTION F-F
NOTES:
L INTERPRET DA AW IN8 IN ACCORDANCE WITH STANQAROS
PRESCRIBED BY MIL-D-70327
2. MAT1: ASTM N0.ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005-.015
4. UNLESS OTHERWISE SPECIFIER FINISH 125/ __ Me .
Y .729 REF
5. ALL RADII ANO FILLETS TO BE *{1 UNLESS
otherwise specified
C FMSH: SURFACES TO BE PLATED
COPPER PLATE PER MIL-C-14550,CLASS 2.THEN ELECTROLESS
NICKEL PLATE PER MIL-C-26074A.CL ASS I. ALL DIMENSIONS TO,
ANO FINISHES OF, PLATED SURFACES APPLY AFTER PLATING.
FINISH MACHINING AFTER PLATING IS PERMISSIBLE AS LONG AS MINIMUM
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS. PLUB THREADED
- INSERT HOLES DURING PLATING
BL COAT FIND NO.IJ. FIND NO. 2 WITH MILP-85B5 WET ZINC CHROMATE
PRIMER.
t MOOULE MOUNTING SCREWS ANO MODULE ELECTRICAL RECEPTACLES.
THIS INFORMATION WILL BE AOOEO TO DRAWING AS SOON AS IT IS
AVAILABLE.
SECTION 6-6
"“STtiS gace FOINT)-
17.488_
17.4 68-
SECTION E-E
-i2T2 OlA
CBORE .406 OlA X .142 DEEP
I0-32UNF-2B THRU
_2.I50 RE f
2.130
,015 R MAX PERMISSIBLE
2 IOOOII5-2
I 1008107 -
14- .005 DIA I
SEE NOTES
SECTION A-A
SECTION B-B
y-JU
SECTION C-C
-.01$ R MAX PERMISSIBLE
UNLESS OTHERWISE SKClfICO 1
- DIMENSIONS MK IN INCHES IMRT HUMI
TOLERANCES ON —■ m.
' FRACTIONS KCMWI RNSLES ORAMN kl*A
XXX ±.005 0*30' checked
- PO WOT SCALE THIS DR AH AN O fl .J
MATERIAL trfwm „
SEE NOTE 2 -
INSERT. THREA
' FRAME. TRAY
MANNED SPACECRAFT CENTER
FRAME.
TRAY 7
1008107
C m£L''^-i ~ W i -.;M » "S«0'»* . 4*rt fctah i M ! l iS i t. o" -’
.009 MAX ALLOWABLE STEP ABOVE SURFACE FgX|
STEF BELOW SUMACS NOT PEJUSTTED.
1
im
■JAJI
n
REVtSED PER TDRR
aapa
u
REVISED 1t)RR ozm
REVISED PER TDRR 9
mam\
CUTOUT THAU
2 PLACES
COUNTERSINK GO*TO ,|cDlA FAR SIDE
4 HOLES
094 R MAX PERMISSIBLE
-£** DU THRU 49 HOLES
”060 BLEHO W,TM J2 *
JO 003 MAX STEP BELOW ADJACENT SURFACE.
PERMISSIBLE FOR SHADED AREA
STEP MAY NOT EXTEND TO LEFT OF SURFACE F^ 7 !
• EQUAL SPACES AT. 125 ±.002 PITCH
TOTAL 1.000 ±.002 TOLERANCE NON-CUMULATNE
CUTOUT THRU
4 EQUAL SPACES AT.I25 1 * 0 *
PITCH TOTAL .500**°*
TOLERANCE NON-CUMULATNC
too*
EQUAL*SWES AT.200
PITCH TOTAL 1.900*002
TOLI
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
•040 w 41 *.
.040 x
2 PLACES
BLEND WITH
.12 R
10021
9 EQUAL SPACES AT.200
PITCH TOTAL 10001.002
TOLERANCE N0N-CUMULA1
SECTION F-F
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MAT1: ASTM N0.ZKG0A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005-.015
4. UNLESS OTHERWISE SPECIFIED. FINISH 125/
5. ALL RADII ANO FILLETS TO BE*jJ UNLESS
OTHERWISE SPECIFIED
6 . FMISH: ELECTROLESS NICKEL PLATE ALL OVER PER NDSXttMB.
DIMENSIONS AND FINISHES APPLY AFTER PLATMG. PLUG
THREADED INSERT HOLES DURING PLATING
9. COAT FIND N0.I4.F1ND NO.2 WITH MIL-P-25B5 WET ZINC CHROMATE
' PRIMfR. .
.140 DU
JJgotA SPOTFACE
2 HOLES
SECTION E-E
-I0'32UNF-2B THRU
82* ll'CSK. *.',5 %oia
I 4- .003 OIA~|
SEE NOTES B
SECTION A-A
2 PLACES
SECTION B-B
2 PLACES
272 DIA
CBORE .406 DIA X .M2 DEEP
SECTION
-.015 R MAX PERMISSIBLE
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE M MCHES
TOLERANCES ON
FRACTIONS OE CR AAiS ANQLEsI
* XX *.02 *
XXX ±.005 0*30“
OT SCAU TiSi onawin o
[MATERIAL
SEE NOTE 2
[MEAT TREATMENT
1008107 —I
INSERT, TH RE A DEO. SELF-LOCK INC
LIST OF MATERIALS
N fr. ******** C
MANNED SPACECRAFT CENTER
HOUSTON, TEXAS
FRAME,
TRAY 7
2 P
COOE CENT NO. 1
1008107
INCHES
& 1 1 1 I 1 1
±i
PHOTOGRAPH* SCALE QMT 'f
I
A REV.SCO PER TDRR 7*+** *.?• [A
~B~ "RfVlSEO Pgft Tdrr Q£*a * j^-g-oLw!^^
C REVISED PEW TOUR <? lit
0 REVISED PER TDRR oJjgf P- *-us *,xL
£30 MAX PCRMISSI
SECTION D-D
.009 MAX ALLOWABLE STEP ABOVE SURFACE F1P3
STEF BELOW SURFACE MOT PERMITS).
J2
2 PLACES
.no_- l-.
.09(5* r
•-3.450-—
--2J44 -H
.710 a-
• & *°r
-•1570 }•- _L
-CUTOUT THRU
2 PLACES
2.150
2.130 .749
, .745
.015 R MAX PERMISSIBLE-
4118
I *e ^' >-jla DIA THRU
K295 [“p* ^ ^ COUNTERSINK 60* TO*!f?DIA EAR SIDE
Lr IX _ 4 HOLES
V I A I
-*-1.525-*-1.2
K-»K500\- - DIA THRU
-.59 2 PLACES
:o6o- Jl — ^
TYP 30*
VIEW A
SCALE 2/1
jfc
.0003 MAX STEP BELOW ADJACENT SURFACE_/
PERMISSIBLE FOR SHADED AREA
I um THm| ^ HOLM STEP MAY NOT EXTEND TO LEFT OF SURFACE jT 7 !
- 8EQUAL SPACES AT.I2S ±.002 PITCH
TOTAL 1.0001.002 TOLERANCE non-cumulatne
094 B MAX PERMISSIBLE
CUTTER RADIUS
..009 R MAX PCRMBSIBLC
CUTOUT THRU-\
- 4 EQUAL SPACES AT. 125 *** _
PITCH TOTAL .500*°°* 1
TOLERANCE NON-CUMULATE* | m .
!_ _ ISS I
T r tooe ****
9 EQUAL' 9PA0E8 AT .200 .000 .
f PITCH TOW. 1.8001002 090 "
\ TOLERANCE NONCUMUUBME
,030 R MAX PERMISSIBLE
ONE PLACE ONLY
i£8
2 PLACES 1
ri
1 HI?
3.700 ,
425 TIA XJ9 DEEP
2 PLACES FOR
MACHINING LOCATION
:8J8*«**T
2 PLACES J
BLEND WITH
.12 R
10021
9 EQUAL SPACES AT.200 1
PITCH TOTAL 10001.002 L
TOLERANCE NON-CUMULATTV
A X L
-A
42
' 3 PLACES
;}f J (FROM GAGE POINT]
rT505 MAX ALLOWABLE STEP ABOVE SURRKE |-E~1
STEP BELOW SURFACE NOT REMITTED.
-.052 X 45* TYP
-• 595 wu T
.575 Wli
FOR STVONLY
“‘.So DlA #0 H0LES
SECTION F-F
NOTES:
L INTERPRET OR AWING IN ACCORDANCE WITH STANOAROS
PRESCRIBED BY MIL-D-70327
2. MAT'U ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS AND BREAK SHARP E0GES 4305-.015
4. UNLESS OTHERWISE SPECIFIED, FINISH 12^
5. ALL RADI! A NO FILLETS TO BE*jJ UNLESS
OTHERWISE specified
6. FVNSH: ELECTROLESS NICKEL PLATE ALL OVER PER NOOOCMB.
DIMENSIONS AND FINISHES APPLY AFTER PLATMS. PLUS
THREADED MSERT HOLES DURM6 PLATMS
Bl COAT FINO NO. I* FIND NO. 2 WITH MIL-P-Q5QS WET ZINC CHROMATE
PRIMfR.
PART NO.ANO OTHER PERMANENT
MARKING FOR PROCESSING PERMITTED
IN THIS AREA. ELECTRO-CHEMICAL ETCH
.12 HIGH CHARACTERS.LOCATE CENTRALLY.
\m
-A 1.070
_2.'S0 rEF-
2.»30
SECTION G - G
S;J||| (FROM MCE POINT) -
015 R MAX PERMISSIBLE
SECTION E-E
:!$$ a* -
m mn»w?30 .
-l272 OIA
CBORE .405 OIA X .142 OEEP
X>-’32UNF-2B THRU
14- .005 OIA 1
SEE NOTES
SECTION A-A
SECTION B-B
2 PLACES
1*J»
SECTION C-C
-.015 R MAX PERMISSIBLE
2 1000115 -2
l 1008107 —I
UNLESS OTHERWISE SPECIFIED M 1 T
- DIMENSIONS AM M MCNES IWT HUMANTA TION LAI
TOLERANCES ON mm- m. mmmm
' FRACTIONS ^OECI^U ANCLES ^ fr. DATE _
-H- XXX l!o05 0*30' checked . ■ —
- 00 NOT SCAU THIS ofcwiNC a— nwAi Jy.inhaSr f -i
MATERIAL _
SEE NOTE 2 -
INSERT. THREADED, SELF-LOCK
FRAME, TRAY____
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
FRAME,
TRAY 7
1008107
mimmmm
1» «»*».■ , **-*"*• -item'%■**** -», <ttu.*-MM*wr , .,. H. .itri***
Bs^ais-
.l.I: s ?jlt:
MO*** PtfMtrn
SECTION D-D
.00S MAX ALLOWABLE STEP ABOVE SURFACE
STEP BELOW BOB ACE NOT PERMTTTB.
Jl
~~2 PLACES
4r
-3.450--
— 2J44 -H
' r |
*70|*- I
2.150
2.130 .74B
, .74*
.015 R max permissible -
l ; |’o
REVISED PER TDRk
^—CUTOUT THRU
^ 2 PLACES
-jfj DIA THRO
COUNTERSINK GCTT0' Jr OIA FAR SIDE
** 5 4 HOLES
A-JL..L..
40 DIA THRU
2 PLACES
soSN.\ll
TYP 30®
VIEW A
SCALE 2/1
- j0B4 A MAX PERMISSIBLE
-CUTTER RADIUS
-J40MA
J$g0IA SPOTFACE
2 HOLES
\0€0 ®LEND WITH J2 R
X>003 MAX STEP BELOW ADJACENT SURFACE_/ I -B- 1
PERMISSIBLE FOR SHADED AREA U-C.004|
_.OBS qja m rf STEP MAY NOT EXTEND TO LEFT OF SURFACE \
*"| <S>.0040« ) ■
- BEQUAL SPACES AT.128 ±.002 PITCH
TOTAL 1.000 ±J002 TOLERANCE NON-CUMUi
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
-4EQUAL SPACES AT.125*^
PITCH TOTAL .500**°*
TOLERANCE NON-CUMULACTWC
1 1002
t EQUAL SPADES AT.200
I PITCH TOTAL 1.800*008
I TOLERANCE NOMCUMUUBM
.IA2T »-8tt
_L
: gJ0«.5“±5i-JUa
2 PLACES Jl —
BLEND WITH ."T"
*' 2 * .574 BSC
i.OOBl
9 EQUAL SPACES AT.200 l
PITCH TOTAL 10001.002 l
TOLERANCE NOW-CUMULATN
312 BSC n^T
- 4-40 UNC-38 TAP
AFTER ANODIZING
~*.$0 0,A f0 H0LES
SECTION F-F
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANOAROS
PRESCRIBED BY MIL-0-70327
2. MAT1: ASTM NO.ZKGOA-TS MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS AND BREAK SHARP EDGES .005-.015
4. UNLESS OTHERWISE SPECIFIER FINISH 125/
5. ALL RADII A NO FILLETS TO BE^S UNLESS
OTHERWISE SPECIFIED
G. FWISH. ELECTROLESS MCKEL PLATE ALL ONER PER MX002WB.
DIMENSIONS AND FINISHES APPLY AFTER PLATBB. PLUG
THREADED INSERT HOLES DURM6 PLATING
8k. COAT FINO NO. 14FIND NO.2 WITH MIL-P-S5SS WET ZINC CHROMATE
PRlMfft.
wmmmmmsmm
SECTION G - G
PART NO. AND OTHER PERMANENT
MARKING FOR PROCESSING PERMITTED
IN THIS Ar,EA. ELECTRO-CHEMICAL ETCH
,12 HIGH CHARACTERS LOCATE CENTRALLY.
m
-4-.1S \
-tm—*
».0T0
-i'.30 R£f
Kill ( FR0 * SAGE POINT)
-.015 R MAX PERMISSIBLE
SECTION E~E
.150 “
CSK KX)*X*2|§ t
-%272 OlA
C60RE .404 DIA X .M2 DEEP
2 IOOOH5-2
I 1008107 —I
I0-32UNF-2B THRU
INSERT. THREAPED, SELF-LOCKING
’ FRAME. TRAY__
MANNED SPACECRAFT CENTER
14- .605 DIA 1
SEE NOTES B
SECTION A-A
2 PLACES
SECTION B-B
5*JU
SECTION C-C
-.015 R MAX PERMISSIBLE
_ TOLERANCES ON mn m.
' FRACTIONS D E C I MALS ANGLES MAWN
-A- XXX±!0Q5 0^30' CHECKED.
- 00 NOT SCALE THM CfclMNB APPROVAL
material approval
SEE NOTE 2
FRAME,
TRAY 7
1008107
PARTIAL SECTION
H-H
£30 MAX POM'S
SECTION D-D
.008 MAX ALLOWABLE STEP ABOVE SURFACE [
STEP BELOW SURFACE NOT PERMIT TB.
REVISED PER TDRR oZWlm S.K Lo
' ~REv iS!5~T > £R TDRR + »o >
REVI8E0 PER TDRR & > *-‘i u
REVISED PER TDRR OlOtf ?-«•*» Loll
' REVISED PER TDRR ;l * ' ,1
' REVSED PER TDRR 7 7,;^ - • ^ ^TTC
' REVISED PER TDRR 03781 *’ m ~**
42
~~2 PLACES
4r
2.150
2.130 .748
, .748
.015 R MAX PERMISSIBLE-
• :!^ TTpJ 4118
-3.450-r-
— 2-344 -H
TP- [IF
^-CUTOUT THRU
^ 2 PLACES
-jU D,a thrw
COUNTERSINK 60*T0 ,fc OIA FAR SIDE
4 HOLES
REF | .618
-^-Ij625-*-1.237-1—
.040 -iL.
.060^^
VIEW A
' jQ40
—.080
X
BLEND WITH 42 R
; DM THRU 48 HOLES
4)003 MAX STEP BELOW ADJACENT SURFACE./
PERMISSIBLE FOR SHADED AREA _
STEP MAY NOT EXTEND TO LEFT OF SURFACE iT 7 !
094 R MAX PERMISSIBLE
CUTTER RAOIUS
KSOO\—J40 DIA THRU
2 PLACES
JJgoU SPOTFACE
2 HOLES
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
1 4-+♦-
- Bequal SPACES AT .128 ±4)02 PITCH
TOTAL 1.00014302 TOLERANCE NON-CUMULATIVE
, |0 ^ CUTOUT TMRU-
90 | |— 4 EQUAL SPACES AT.® ***
\ PITCH TOTAL 500**°* 1-
T\ lH 1 TOLERANCE NON-CUMULATIVE | jm
1 f toot
S EQUAL MUSES AT .200
I PITCH TOTAL 1.000*002 1
1 TOLERANCE NONCUMULAMC
: 0Jgx4* 5 -LU^
2 PLACES -1— yjr
BLEND WITH ^T"
12 R '
m i .574 BSC
1002 I
5 EQUAL SPACES AtT.200 \
PITCH TOTAL 10001.002 l
TOLERANCE NON-CUMULATWI
-4*40 UNC-38 TAP
AFTER ANODIZING
;J|[ (FROM GAGE POINT
14
SECTION F-F
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-0-70327
2. MAT'l: ASTM N0.ZK80A-T5 MAGNESIUM ALLOY PER Q0-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES 4)05-.015
4. UNLESS OTHERWISE SPECIFIER FINISH 125/
5. ALL RAOII ANO FILLETS TO BE *{q UNLESS
OTHERWISE SPECIFIED
6. FINISH. EL EC TROLESS MCKEL PLATE ALL OVER PER NDCODBB.
DIMENSIONS AND FINISHES APPLY AFTER PLATMB. PLUG
THREADED INSERT HOLES DURM6 PLATING
B. COAT Ft NO NO.I*FtNO NO. 2 WITH MIL-P-8585 WET ZINC CHROMATE
PRIMfR.
PART NO. ANO OTHER PERMANENT
"MARKING FOR PROCESSING PERMITTED
IN THIS AREA. ELECTRO-CHEMICAL ETCH
.12 HIGH CHARACTERS PER NO 1002018
LOCATE CENTRALLY
m
I.OTO
• SECTION G
"S.*7ll5 ( FR0M CAGE POINT)-
17.488 _ — _____
17.468
-4)15 R MAX PERMISSIBLE
SECTION E-E
C3KKW «;§?§>
-i272 DIA
CBORE .408 OIA X .142 DEEP
2 IOOOII5-2
I 1008107 ~
I0'32UMF-2B THRU
82* II* CSK, •jI^DIA
l-W .005 OI/T|
SEE NOTES B
INSERT, THREADCO. SELF-LOCKING
FRAME, TRAY_
MANNED SPACECRAFT CENTER
SECTION A-A
SECTION B-B
2 PLACES
SECTION C-C
-.015 R MAX PERMISSIBLE
i -H- XXX ±.005 0*30' CHEWED_
-100 NOT SCALE THIS 0**« IH C APPROVAL^
FRAME,
TRAY 7
1008107
~ i ..t. _ m£*mm
SECTION D-D
w
m
REVISED PER TDRR 03954
_J2
2 PLACES
-at tm
.31
.110 — M
.<»<y* p
2.150 J -1 vAtyF
2.130 .748 * vrirp,
I -746 4 *<
.015 R MAX PERMISSIBLE-
:!ffTY0 J L-|70
CUTOUT THRU
^ 2 PLACES
—iiS D,A THRU
COUNTERSINK 60*T0‘!f?DIA FAR SIDE
4 HOLES
LuV:
-i.140 DIA THRU
2 PLACES
- 084 II MAX PERMISSIBLE
-J40DIA
JJgtXA SPOTFACE
2 HOLES
•040 —i l— ^3
.060^ ^ /
TYP 30®
VIEW A
JO 003 MAX STEP BELOW ADJACENT SURFACE_/ -B- j
PERMISSIBLE FOR SHADED AREA LLC.0041
-£* MA THRU 48 HOLES STEP MAV "" EXTEND T0 LFFT SURFACE EQ
- • EQUAL spaces AT .125 ±.002 PITCH
TOTAL 1.000 ±.002 TOLERANCE NON-CUMUl
T47- W>
i?iL-oso
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
*060* 45°±5°i—-Jli®
fpL.CES EM
BLEND WITH "T"
.12 R '
.574 BSC
*.oob|
5 EQUAL SPACES AT.200 1
PITCH TOTAL 10001.002 L
TOLERANCE NON-CUMULArNl
- 4 EQUAL SPACES AT.I25
PITCH TOTAL .500**°*
TOLERANCE NON-CUMULATIVE
1 tjooe
» EQUAL 1 9PA9ES AT.200
( PITCH T01U. 1.8004002
1 TOLERANCE NONCUMUUBM
-4-40 UNC-3B TAP
AFTER ANODIZING
1
3.700 ,
SECTION F-F
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANOARDS
PRESCRIBED BY MIL-0-70327
2. MATl: ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EOGES .005-.015
4. UNLESS OTHERWISE SPECIFIER FINISH 125^
5. ALL RAOII ANO FILLETS TO BE*!q UNLESS
OTHERWISE SPECIFIED
6. FMSH: ELECTROLESS NICXEL PLATE ALL OVER PER N0B02MG.
DIMENSIONS AND FINISHES APPLY AFTER PLATM6. PLUG
THREADED INSERT HOLES DURING PLATING
G. COAT FIND N0.I4LF1ND NO.2 WITH MIL-P-B5B5 WET ZINC CHROMATE
i PRIM(R.
SECTION 6 - G
FOR STCP ONLY
PART NO. ANO OTHER PERMANENT
MARKING FOR PROCESSING PERMITTED
IN THIS AREA.ELECTRO-CHEMICAL ETCH
,12 HIGH CHARACTERS PER ND1002019
LOCATE CENTRALLY
irii
-•l I.OTO
_2.l50 REF-
2.130
I6.*7lli (FR0M 6AGE ^NT)
,015 R MAX PERMISSIBLE
SECTION E-E
.186 m
.190
CSK 100* X*!
•0-32UNF-2B THRU
82* II* CSK, jlgOIA
14- .003 DIAl
SEE NOTES B
SECTION A-A
SECTION B-B
(272 DIA
CBORE .406 DIA X .142 OEEP
2 IOOOH5-2
I 1008107 -
INSERT THREADED. SELF-LOCKING
‘ FRAME. TRAY_
MANNED SPACECRAFT CENTER
SECTION C-C
.015 R MAX PERMISSIBLE
TOLERANCES ON
“enactions ^oecimau angles drawn ti*A
-H- XXX ±*.005 0^30' checked
00 NOT SCALE THIS pfrwfs AFRNOVAL AA
- mnm * arrnoval
SEE NOTE 2 -
FRAME,
TRAY 7
JjUjlUz-,
1008107
PARTIAL SECTION
UNLESS OTHERWISE SPECIFIED
- dimensions are m inches c
TOLERANCES ON —» “_
“ FRACTIONS DfOMAtS ANGLES nHAWH 0.%
* * CHECKED^
- DO NOT SCAU. RAWING _APPROVAL^
USED ON IflNAL FINISH
MANNED SPACECRAFT CENTER
HOU STON. TEXAS _
FRAME,
TRAY 7
NO. I SIS NASA DRAWING NO.
E 1008107 V
I RHOTOflRAPMC SCALE ONUT
I' *•
1
JOOO
.015 A-
S3
£)%0 MAX PERMISSI
SECTION D-D
.015 R MAX PERMISSIBLE
GAGE POINT
.006 MAX ALLOWABLE STEP ABOVE SURFACE
STEP BELOW SURfACE NOT PERMITTED.
CUTOUT THRU
2 PLACES
•jU DIA THRU
XJNTERSMK 60* TO'
I * i
U50 -1 VD'TYPTr
M30 .748 f 30 J^|
I 746 ♦ <a _
WKVIWOFM 7ggl
2 0>k»26
A
REVISED PER TORR
>* J/
"5"
REVISED PER TDRR * *
c
REVISED PER TDRR <9
D
REVISED PER TDRR
~T~
REVISED PER TDRR
F
REVISED PER TDRR > a;
V -'l-b
G
REVISED PER TDRR 03701
k'&rii
) H
REVISED PER TDRR 03954
J
REVISED PER TDRR owo7
J 60 D
.165 D
.000 -
V0 30 I,TYF
- 064 R MAX PERMISSIBLE
.140 DIA
JJgoiA SPOTFACE
2 HOLES
.0003 MAX STEP BELOW ADJACENT SURFACE—,
PERMISSIBLE FOR SHADED AREA _
__.0T2 ^ THRU 4g hqi.cs STEP MAY NOT EXTEND TO LEFT OF SURFACE-M
073 -
I^OOADiA
- • EQUAL SPACES AT. 12* ±.002 PITCH
TOTAL 1.000 ±.002 TOLERANCE NON-CUMULATME
,030 R MAX PERMISSIBLE
ONE PLACE ONUT
CUTOUT THRO
4 EQUAL SPACES AT. 125
PITCH TOTAL .500*"°*
TOLERANCE NON- CUMULATE*
toot
S AT .200
PITCH TOML 1.800*002
TOLERANCE NONCUMULMM
L 8 »
2 PLACES
BLEND WITH
.12 R
1.002
5 EQUAL SPACES AT.200
PITCH TOTAL 10001.002
TOLERANCE NON-CUMULA*
SECTION F-F
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANDAROS
PRESCRIBED BY MIL-0-70327
2. MAT1: ASTM NO. ZKGOA-TS MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS AND BREAK SHARP EOGES .005 -.015
4. UNLESS OTHERWISE SPECIFIEO. FINISH I2y
5. ALL RADII ANO FILLETS TO B€*Jq UNLESS
OTHERWISE SPECIFIED
€. FINISH. ELECTROLESS NICKEL PLATE ALL ONER PER N0I002M.
DIMENSIONS ANO FINISHES APPLY AFTER PLATING. PLUG
THREADED INSERT HOLES DURM6 PLATING
B. COAT FINO NO.IJlFINO NO.2 WITH MIL-P-B5B5 WET ZINC CHROMATE
PRIMfR.
SECTION E-E
:llo °* *
SECTION A-A
2 PLACES
I0 4 32UNF-2B THRU
272 OIA
CBORE .404 OIA X .142 DEEP
SECTION B-B
2 PLACES
SECTION C-C
-.013 rmax permissible
UNLESS OTHERWISE SPECIFIED
TOLERANCES ON
XX ±.02 2- ,
XXX±.005 0 r 50
|00 NOT SCALE THIS P4MWN6
| MATERIAL
SEE NOTE 2
2 11000115^2
l | 1008107 —I
INSERT. THREADED. SELF-LOCKING
FRAME. TRAY
list of materials
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
FRAME,
TRAY 7
1008107
1 SHEET | OF j~
■_ _ r. s r* .-t - * -«■**- ftraw
PHOTOGRAPHKrSCALE ONLY
2
■IB
IBBTSTjTiTCWiPll
<■-*- um-rmm
•'* ’ i
VIEW B-B
UNLESS OTHERWISE SPECIFIED "
- DIMENSIONS ARE IN INCHES W—TWUMKI
_ TOLERANCES ON «■» »
" FRACTIONS Of CRAMS ANGLES imiWI^Vr
- 00 NOT SCAU m., UNAWIN6 APPNONALJ^J
MANNED SPACECRAFT CENTER
FRAME,
TRAY 7
NEXT ASSY mtPO" ffjNATf
'yfcjm
NASA DRAWING NO.
1008107 V
6
5
4
9
7
SECTION D-D
.005 MAX ALLOWABLE STEP ABOVE SURFACE Fl3
STEP BELOW SURFACE NOT PERMITTED.
J2
~2 PLACES
4r
•- 5.450 -
“2J44 —*
.7K> ^
^*o r
•MTON*
A REVISED PER TDRR fat* t.f.
% ~B~ -wmtp pgft Tdrr 'ZJTTZ + -zTc
6T\ _c_ REVISED PER TDRR 9 Z>++ > <-‘j ^
D REVISED PER TDRR 03&Zf !-«■<* J#
„ X MM o PER tprr. T^ I : gZ iJL
& F REVISED PER TORR oy*)-?
g REVISED PER TDRR 03781
gj H REVISED PER TDRR 03954
J REVISED PER TDRR o*oi ^
>j ~~^vg ro pgff"T par 0¥¥W Ir-ft **J
L REVISED PER TDRR 05255
-CUTOUT THRU
2 PLACES
2.150 —
2.130 .748
I .745
.015 R MAX PERMISSIBLE-
j.j»
40 DtA THRU
2 PLACES
SS-H*?
TYP 30*
VIEW A
SCALE 2/1
.0003 MAX STEP BELOW ADJACENT SURFACE_/
PERMISSIBLE FOR SHADED AREA
_072 QiA THm| ^ HOLES STEP MAY N 01 EXTEND TO LEFT OF SURFACE 00
- 0EQUAL SPACES AT.I2S ±.002 PITCH
TOTAL 1.000 ±.002 TOLERANCE NON-CUMULATNE
084 R MAX PERIBSSiBLE
CUTTER RADIUS
-J40 DtA
JJgotA 8P0TFACE
2 HOLES
-CUTOUT THRU
>.006 R MAX PCRMMSIBLE
XX fcUtr
’ 1 ll:r--
;gJgx4*5H
2 PLACES J
BLEND WITH
.12 R
1.008
5 EQUAL SPACES AT.200
PITCH TOTAL IOOOl.OOC__
TOLERANCE NOM-CUMULATN
-4 EQUAL SPACES AT. 125
PITCH TOTAL SOO* 00 *
TOLERANCE NON-CUMUUKTIVC
\ 1008
• EQUAL* SPABES AT .200
\ PITCH TOTAL 1.8001002
-4-40 UNC-3B TAP
AFTER ANOOIZIN6
-:§{ OIA 80 HOLES
-.030 R MAX PERMISSIBLE
ONE PLACE ONUT
2 PLACES 1
J2
‘ 3 PLACES
rt»5 MAX ALLOWABLE STEP ABOVE SI
STEP BELOW SURFACE NOT PRMITTED.
SECTION F-F
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-0-70327
Z.MAT'l: ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EOGES .005-.015
4. UNLESS OTHERWISE SPECIFIER FINISH 125^
5. ALL RAOtl ANO FILLETS TO BE *{q UNLESS
otherwise specified
C. FMSH: ELECTROLESS NICKEL PLATE ALL OVER PER MM008M.
DIMENSIONS AND FINISHES APPLY AFTER PLATW8. PLUG
THREADED BISERT HOLES DURMG PLATING
Bl COAT FINO NO. IA FIND NO. 2 WITH MH.-P-8SBS WET ZINC CHROMATE
PRlMfft.
J25 DtA XJ9 DEEP
2 PLACES FOR
MACHINING LOCATIOJL—
—J062 X 45° TVP
_PART NO. ANO OTHER PERMANENT
MARKING FOR PROCESSING PERMITTED
IN THIS AhEA.ElLCTRO-CHEMICAL ETCH
.12 HIGH CHARACTERS PEP NDI002CMB
LOCATE CENTRALLY
I Ml
1.070
-i.S8 Rtf '
SECTION G - G
jH!ft < FR0 “ GAGE POINT) -
-iOI5 R MAX PERMISSIBLE
SECTION E-E
-(272 DIA
C80RE .40G DIA X .142 DEEP
2 1000115-2
I 1008107 —I
•0-*32UNF -2B THRU
14- .005 DIA j
SEE NOTES
SECTION A-A
2 PLACES
SECTION B“B
2 PLACES
rlLT™ '
SECTION C-C
-.015 R MAX PERMISSIBLE
- DIMENSIONS ARE M MCMU
_ TOLERANCES ON tm. m.
" FRACTIONS O CCN AA LS ANQLEl - - *J
± XX ±.02 t . -
---^.«XX_fcQQS..Cr90 / CHCCK£ ° ~~7T.
- 00 NOT SCALE TMS GNAWING u.mun ALA
- AWNOVAL
SEE NOTE 2 -
INSERT THREADED. SELF-LOCKINS
" FRAME, TRAY__
MANNED SPACECRAFT CENTER
FRAME,
TRAY 7
]mit scale I/I
1008107
/
-J i~
PARTIAL SECTION
UNLESS OTHERWSE SPECIFIED
DIMENSIONS MC M INCHES ""cZm
TOLERANCES ON —■ -■
FRACTIONS OFCWIMS ANGIES o*A**M±
* f
INSTRUMENTATION LAN
NOT ASST USED ON
MANNED SPACECRAFT CENTER
HOU STON. TEXAS __
FRAME,
TRAY 7
NO. | SHE NASA DRAWING NO
E 1008107 V
APPLICATION
SECTION D-D
.009 MAX ALLOWABLt fTtP A0OVK SURFACE [
STEP BELOW BURMCE MOT PEMBTTB.
J2
""2 PLACES
4p
•———3.450-
-—-2344 -•
.7*0
.4S0
••1470 !•-
A SP/r SES PEE TPRR * r /J
B RCVISlb Pgft TbRR ***»*. ***> *++,i
C WEV18E0 PCX TDRR O *?* * > f-<j ^ L
D REVISED PER TDRR OJ0tf wZ_
“T REVISED PE R TORRpx^ faZ
F BEVBEDPCTTDRB^^T- gSgr
G REVISED PER TORR 0378) WPA
l H REVISED PER TORR 03954 ijHti
J REVISED PER TOPR £
K REVBEP f*R TORR &¥¥** <"** |Mfc- J
L REVISED PER TORR 0524*
M Hfvito ►£*
► CUTOUT THRU
2 PLACES
2.150
2.130 .748
, .748
.015 R MAX PERMISSIBLE-
°-|
i lsto
xj is j.j„X44;i
:Ht^ J 4II§
40 DIA THRM
2 PLACES
pk/
|L-5|Sbl£W)
- 004 R MAX PERMISSIBLE
-CUTTER RADIUS
VIEW A
SCALE 2/1
D003 MAX STEP BELOW ADJACENT SURFACE_/
PERMISSIBLE FOR SHADED AREA
_.0T2 ^ jigm m STEP MAY NOT EXTEND TO LEFT OF SURFACE f? 7 !
-BREAK 4 EDGES THIS SIDE 03
-BREAK EDGE THIS SIDE .03
-.030 R MAX PERMISSIBLE
ONE PLACE ONUT
-J40DIA
JJgDU 3P0TFACE
2 HOLES
- SEQUAL SPACES AT.I2S ±.002 PITCH
TOTAL 1.0001.002 TOLERANCE NON-CUMULATI*
- SOS R MAX PERMMSMLE
CUTOUT THRU—
TSSunil
2.452
’ 2.448 4 + 4 tit
. ++♦++*
f ♦ 4 **rt'
- . _ J -+ + + + ±1 .
.040 w jAk *! «S+ , eSm
.040 x#9 **1- >
2 PLACES J-- H-TTT~y
BLEND WITH L \ T T
*' 2 * *572 r \
t.OOBl l
5 EQUAL SPACES AT.200 I
PITCH TOTAL L H
TOLERANCE NON-CUMULATNE
SECTION F-F
- 4 ratM. braces Mt.m
PITCH TOTAL .500 t,oot
TOLERANCE NON-CUMULATIVE
\ tool
• EQUAL’ MBE 8 AT .200
F PITCH TOTAL 1.800*002
L- 4-40 UNC-3B
-SEE-NOTE-£_
'JSB 0,A *° "° LES
»y]
XI
' 3 PLACES
£§ [ (FROM GAGE POINT]
<W5 MAX ALLOWABLE STEP ABOVE SU
" STEP BELOW SURFACE NOT PRM 1 TTED.
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANOAROS
PRESCRIBED BY MIL-0-70327
2. MAT1: ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EOGES .005-.015
4. UNLESS OTHERWISE SPECIFlEDt FINISH 125/ ?29 ^
5. all RAOH ANO FILLETS TO BE J . J UNLESS
OTHERWISE SPECIFIED
6. FMISH: ELECTROLESS NKKEL PLATE ALL CMER PER NDBOBMl
DIMENSIONS ANO FINISHES APPLY AFTER PLATWG. PLUG
i THREADED HOLES DURUM PLATBM SPECIFIED THICKNESS NOT
REQUIRED m ALL HOLES. AS LONS AS PLATIMB IS CONTINUOUS-
THROUGH EACH HOLE
t COAT THREADS OP FMD ML I ANO FBB> NO 2 WITH MB.- P-SSSB
WET ZINC CHROMATE PRIMER
«L MARK CHARACTERS BLACK PER NO lOOtOtB EXCEPT SURFACE B.
AFTER PLATBM ELECTRO CHEMICAL ETCH PER NO I0020M
ALL CHARACTERS ON SURFACE D. CENTRALIZE At SHOWN. __
Si PABIT PER NO_USINB MI072S-I ALL SURFACES BETWEEN
VC WINS PLANE AND ENO OP FRAME UNLESS OTHERWISE SPEOFIED.
ALL HOLES TO BE FREE OP PAINT
Ml POSIT PER NO_USNM KH072S- S CHARACTER TO BE
TYPE I PER NO M0BI2B. CENTRALIZE AS SHOWN
SECTION G - G
I&Ti'gI (FROM GAGE POINT)-
CSKI00*X:|?8y
-i272 OlA
CBOAE *404 OlA X .142 DEEP
K> J 32UNF-2S THAU
82* ±t*CSK, J 99 OIA
\± .005 PlXl
SEE NOTES 6 ANO T
SECTION A-A
SECTION B-B
—.01* * MAX PEAMIUISLE
SECTION C-C
m
2 PUCES 1
1 HI?
3.700 ,
J25 DIA X J9 DEEP
<""" 2 PLACES FOR
MACHINING LOCATION —
-J >42 X 45* TYP
-•59 5^ f
.575 0,11 *
FOR STEP ONLY
PART NO. AND OTHER PERMANENT
"MARKING FOR PROCESSING PERMITTED
IN THIS AREA. ELECTRO-CHEMICAL ETCH
.12 HIGH CHARACTERS PER NDI0020IB
LOCATE CENTRALLY
iffl
4-h
—W22-J
».070
-. 01 $ R MAX PERMISSIBLE
SECTION E-E
2 IOOOII5-2
I 1008107 —I
I UNLESS OTHCMNK SKCIFKD
INSERT. THREAPED, SELF-LOCKING
‘ FRAME. TRAY__
MANNED SPACECRAFT CENTER
JTOUMNCCS on
1 FRACTIONS OCCNMU ANOUS ONANN til**?* 0*U.
I
■ngSEEHBPlI
Pr**r%m «m.
42
2 PLACES
.006 MAX ALLOWABLE STEP AMOVE SURFACE [
STEP BELOW SURIRCE NOT PERMITTED.
.ItO - L-
.o*r* r
I V '-070 I *
I LS70 " EF | -*, 2
i / I , J-IA25-*-'.;
:!?l ttp J b|jo
A REVISED PER TDRR o2/*4m /*j£» V* ,aa
~B~ ftfeviSEb Pgft tDRR 0*p7Z + **»
C REVISED PER TORR O *?+* >f-*j ff*- u
D REVISED PER TPRR Q3#gr f ‘fjOn JEZ
~E~ REVISED PER T0RRf)Xv33 \U l L Ji
F REVISED PER TPRR TrT Ws
G REVISED PER TPRR 0378J
H REVISED PER TPRR 03954 l-IP-43
J REVISED PER TPRR OPp 7
K REVBEft PtR TPRR *** ** ££*, J
L REVISED PER TORR 05265 '<-'7*
1T REVISED PER TPRR ; , T7TT,. ^
N REVISED PER TPRR 06797 B ^ tne*
140 DIA THRU
2 PLACES
CUTOUT THRU
2 PLACES
OS4 R MAX PERMISSIBLE
CUTTER RADIUS
J40DIA
JJgDIA SPOTFACE
2 HOLES
VIEW A
.060 BLEHD wi ™ •** r
“BREAK 4 EDGES THIS SIDE 03
^*—425 MAX
0003 MAX STEP BELOW ADJACENT SURFACE_/
PERMISSIBLE FOR SHADED AREA
- 072 DU THRU 46 HOLES STEP MAY **” EXTEND T0 LEFT OF SURFACE fT 7 !
- BEQUAL SPACES AT.I2S ±.002 PITCH
TOTAL 1.000 ±.002 TOLERANCE NON-CUMULATIVE
-BREAK COSE THIS SIDE 4)3
.BOB B USX FI R M B BULK
+ + + •*■♦♦
l+ + -*■ + + T
u + + + + +.
2 PLACES J —
BLEND WITH
•'* " .576 _L
.572 I
i.OOBl
9 EQUAL SPACES AT.200 \
PITCH TOTAL 10001.002 L
TOLERANCE N0N-CUMULATN1
CUTOUT THRU
-4 EQUAL SPACES AT.I25*°°*
PITCH TOTAL 5O0 t<001 1-
TOLERANCE NON-CUMULATI* T -
7^ r | ‘ tooe
' _ t EQUAL* SPACES XT.200
— 7\ PITCH TOTAL 1.8004002
r— P | TOLERANCE NONCUMULARVE
H Txl
L,oo MIS
L^4-40 UNC-3B
SEE NOTE 6
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
!:§ 2°8
2 PLACES 1
1 030*>
y[
_.I8R
2 Places
i
i -4k
425 DIA XJS DEEP
■-- PLACES FOR
MACHINING LOCATjOJL—
42
' 3 PLACES
rtJOO MAX ALLOWABLE STEP ABOVE SURfACE FT 7 !
STEP BELOW SURFACE NOT PRMITTED.
-.062 X 45° TVP
-• 595 mia T
>575 dim. '
FOR STEP ONLY
SECTION F-F
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MATl: ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS AND BREAK SHARP EOGES 4)05 -.015
4. UNLESS OTHERWISE SPECIFIED. FINISH 125/ ?29 R£F
5. all Radii and fillets to BE'jJ unless
OTHERWISE SPECIFIED
6 . FBMSHt ELECTROLESS NICKEL PLATE ALL ONER PER MX002MB.
DIMENL’ONS AND FINISHES APPLY AFTER PLATING. PLUG
THREADED HOLES DURING PLATING SPECIFIED THICKNESS NOT
REQUIRED IN ALL HOLES. AS LONS AS PLATIN6 IS COHTBIUOUS_
THROUGH EACH HOLE
7. COAT THREADS OF FMD NOLI AND FIND NQ2 WITH MIL- P-BBBS
WET ZINC CHROMATE PRIMER
•L MARK CHARACTERS BLACK PER NO I0020IB INCEPT SURFACE B.
AFTER PLATMB ELECTRO CHEMICAL ETCH PER NO IOOBKNB
ALL CHARACTERS ON SURFACE D, CENTRALIZE AS SHOWN.
SlFABIT PER NO_USING I0I072B-I ALL SURFACES BETWEEN
VIEWING PLANE ANO ENO OF FRAME UNLESS OTHERWISE SPECIFIED.
ALL HOLES TO BE FREE OP PAStT
ML PAGIT PER NO_USING 1010720-3 CHARACTER TO BE
TYPE 1 PER HD 1002122. CENTRALIZE AS SHOWN
_PART NO. ANO OTHER PERMANENT
MARKING FOR PROCESSING PERMITTED
IN THIS AREA. ELECTRO-CHEMICAL ETCH
.12 HIGH CHARACTERS PER ND1002019
LOCATE CENTRALLY
$
».° 70
-i.'.lo REf -
• SECTION G - G
Kl'S ( FR0I< GAGE POINT)-
-.OIS R MAX PERMISSIBLE
SECTION E-E
CSK ioo*x-<
—.272 DIA
CBORE .406 DIA X .142 OEEP
-j|| DIA THRU
K>-'32UNF-2B THRU
.005 DIA 1
SEE NOTES 6 AND 7
SECTION A-A
2 PLACES
SECTION B-B
2 PLACES
SECTION C-C
-.015 R MAX PERMISSIBLE
2 100
l 1008107
_ TOLERANCES ON —. ..
" FRACTIONS Ot CI Al S ANGLES no*** fr. ***
± XX ±.02 ? , -
-rt- XXX±.005 0*^30 CHECKED —__
00 NOT SCALE TNW OALWINB UWlAA
MATERIAL , rr . nir „
SEE NOTE 2 -
INSERT THREADED. SELF-LOCKING
MANNED SPACECRAFT CENTER
FRAME.
TRAY 7
Lm. i/■
1008107
PARTIAL SECTION
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
FRAME.
TRAY 7
F
1008107
2
£30 MAX PERMISSIBLE-
SECTION D-D
.006 MAX ALLOWABLE STEP ABOVE SURFACE l Q-j
STEP BELOW SURFACE NOT PERMITTED.
__J2
2 PLACES
■"•ir
-in
H-3.450 -
--2*344 -
.710 _
.690 r~
-K570h-
1 REVISED PER TDRW c>c./y£»
REVISED PER TORR Q *?** >-f i
' REVISED PER TDRR oJ#fC 1**
' REVISED PER TDRR/vCi%5~ V 7t I
REVSED PER TORR^i-*?*? ^
' REVISED PER TDRR 0376J \[gM>\
REVISED PER TDRR 03954
REVISED PER TDRR OW7 !
REvsfiP" PEA tDRR 04 ¥ «~ yyt [
REVISED p ER TDRR 0526*
' REVISED PER TDRR L . J-r 1
REVISED PER TDRR 06797 ~
REVISED PER TDRR 07i34 : ***
2.150 —
2.130 .748
I .746
D *1 !
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i w7o | ■*? T •«> I
I /I X- Ij6 25-1.1.237-I-+
I /l**/ .1
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: 8 SH»*- 7
TYP 30°
VIEW A
- 094 R MAX PERMISSIBLE
-CUTTER RADIUS
©-
-©]
'^—.140 OlA THRU
V 2 PLACES
^—CUTOUT THRU
2 PLACES
-.140 DU
JJgOM SPOTFACE
2 HOLES
mL _£4 0
-H** .060
BLEN0 WITH .12 R
4 EDGES THIS SIDE 03
—J25 MAX
0003 MAX STEP BELOW ADJACENT SURFACE
permissible for shaded area
- 072 HA THRU 46 HOLES STEP MAV N0T E * TEM0 T0 LEFT OF SURFACEF^l
■ OEQUAL SPACES AT.I2S ±.002 PITCH
TOTAL 1.0001002 tolerance NON-CUMULATWC 18
- 4EQUAL SPACES AT. 125 z
PITCH TOTAL .900**°*
TOLERANCE NON-CUMULATIVE
-. IB I
^447
OtO
-BREAK EDGE THIS SIDE .03
>•030 R MAX PERMISSIBLE
ONE PLACE ONLY
-CUTOUT THRU
-.006 R MAX PERMBSI6LE
2 452 \\+ + + + ll ,
\ II t 4 -*• + + ♦.
1 l| + + * +
.06 0 X A ^ 0±t> \ -
2 PLACES J-
BLEND WITH L \ T "|
.576
10021 I
5 EQUAL SPACES AT 200
PITCH TOTAL 10001.002 L
TOLERANCE NON-CUMULATIVE
| 2002
9 EQUAL 1 SPARES AT 200
f PITCH TOTAL 1.8001002
.125 OlA X.I9 DEER
2 PLACES FOR
MACMININCLO CATION — -- —
L^4-40 UNC-3B
bt L NQTfc b
I / \ * ■ i
/H yP
SEE VIEW A—' I I
;J|J (FROM GAGE POlNT)-j
J2
" 3 PLACES
rtiOS MAX ALLOWABLE STEP ABOVE SU
STEP BELOW SURFACE NOT PRMITTED.
—«062 X 45° TVP
-• 595 mm T
.575 Wlt
FOR STW ONLY
ooi.ooe L.-U
h CUMULATIVE
. .430
■+\ p.400
SECTION F-F
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D*70327
2. MAT'l: ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS AND BREAK SHARP EDGES £05 -.015
4. UNLESS OTHERWISE SPECIFIED. FINISH 125/ 729 R£F
5. ALL RADII ANO FILLETS TO BE JJ UNLESS
OTHERWISE SPECIFIED
6. FMISH: ELECTROLESS NICKEL PLATE ALL O/ER PER N0002IB8.
DIMENSIONS ANO FINISHES APPLY AFTER PL ATMS. PLUG
THREADED HOLES DURING PLATING SPECIFIED THICKNESS NOT
REQUIRED IN ALL HOLES. At LONS AS PLATINS IS CONTINUOUS_
THROUGH EACH HOLE
7. COAT THREADS OF FMD NOLI ANO FIND MQt WITH MIL- P-GBGG
WET ZINC CHROMATE PRIMER
«. MARK CHARACTERS BLACK PER NO 10020(9 EXCEPT SURFACE 0.
AFTER PLATMG ELECTRO CHEMICAL ETCH PER NO IOOBOIO
ALL CHARACTERS ON SURFACE D, CENTRALIZE At SHOWN.
Si PAINT PER ND_USING K>K>72t-l ALL SURFACES BETWEEN
VIEWING PLANE AND ENO OF FRAME UNLESS OTMENWISE SPECIFIED.
ALL HOLES TO BE FREE OF PAINT
10. PANT PER NO_USING 1010729- 3 CHARACTER TO K
TYPE 1 PER ND 1002122. CENTRALIZE AS SHOWN
_RART NO. ANO OTHER PERMANENT
MARKING FOR PROCESSING PERMITTED
IN THIS AREA. ELECTRO-CHEMICAL ETCH
.12 HIGH CHARACTERS PER NDI0020IB
LOCATE CENTRALLY
'i
M UOTO
_2->50 rEF-
2.130
SECTION G - G
KIS (FROM GAGE POINT) -
-.015 R MAX PERMISSIBLE
( SHEET 1|SHEET 21SHEET 31
REVISION STATUS V SHEETS
SECTION E-E
.186 r\i a ^.
.190 0,A ~
1 * 00 ’ )( :2?oy
-*272 OlA
CBORE .406 OlA X .M2 DEEP
IOOOII5-2
" 1008107 —I
X>'32UNF-2B THRU
82* 1I*CSK. jfyOlA
.005 OlAl
SEE NOTES 6 *N0 7
SECTION A-A
SECTION B-B
SECTION C-C
-.015 R MAX PERMISSIBLE
- DIMENSIONS MK M MOW TtI
TOLERANCES ON — -
‘ ENACTIONS 0K1MMS WHILES */.
- ± XX *.02 t
~H- XXX ±.005 0 * 30 CHECKED
- DO NOT SCMX THM O NWH H O JjrKniTftL Jy
INSERT THREAOEO. SELF-LOCKING
‘ FRAME. TRAY _
MANNED SPACECRAFT CENTER
FRAME,
TRAY 7
1008107
2
mm
- ^*?«f J .^.‘WCFJzpw^
DIO MAX PERMISSIBLE-
SECTION D-D
005 MAX ALLOWBLE STEP A50VE SURFACE HH-
STEP BELOW SURFACE NOT PERMITTED.
_.I2
2 PLACES
I ♦ _E_
2.150 # 30 , TYPJ#
2.130 .748 y\
I i_^<__1
_ .385
“• *".365
'0 _ ^
--3.450 -
--2-344 —
.710 — _
.690 p
-•1570 K"
T QFVISTD PCiTtDRR I***- **M
-g- ~^viSfD~Pg^pRR t±a. ±lza
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~rT revise^perToRR q30%SL idL.
T~ REVISED PEjQ Pg|4Q£3^ YfiL- JJi
"T~ REVSEO -4&
~ REVISED PER T PR^/°37gJ-gfeV gig
~H PEV>SFn~PER^TQRR 03954 —
T WE VISED PER TP*H f?*! 7 -T7T
-r isreBr-TpriT>w _g^
— REVISED PER TD RR Q52.t*—^4- -Sd
-5T-W gviSm~plirtp00 ^ /C3_ 2%*zt#Ji
TT REVISED PER TURN 06T9 7 JM1 -feJ
p REVISED PER TPRR 07134 I * j& ^
R REVISED VE.R TDRR 1151^
Rtr | •'
-*-1.625-*-l** 37 -
<§> —
.015 R MAX PERMISSIBLE-
■- i —»-
;1?|typJ L.||g
-.140 DIA THRU
2 PLACES
-CUTOUT THRU
2 PLACES
CAGE POINT-
-J40DIA
IJgMA SPOTFACE
- 2 HOLES
.040_JU.
.060^'*' £
TYP 30°
view A -UW—;
SCALE 2/1 I \
~A^
? BLEND WITH .12 R
.0003 MAX STEP BELOW ADJACENT SURFACE—/
PERMISSIBLE FOR SHADED AREA^_ ______ t ~ f —I
. STEP MAY NOT EXTEND TO LEFT OF SURFACE |-F-J
DIA THRU 45 HOLES
X>94 R MAX PERMISSIBLE’
CUTTER RADIUS
BREAK 4 EDGES THIS SIDE X>3
- BEQUAL SPACES AT.I2S ±.002 PITCH
TOTAL 1.0001.002 tolerance non-cumulative
-BREAK EDGE THIS SIDE .03
-.005 R MAX PERMISSIBLE
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
-CUTOUT THRU
CUTOUT THRU-
ttean
- 4 EQUAL SPACES AT.I25 “ _
PITCH TOTAL 500*- 00 * 1
tolerance non-cumulative l2S
!:8S8
2 PLACES 1
2.45j v + :;:r
2.A48 + + t
# 3.010 i
* _ r 2.990 \ ,
T 1002 J 8227
9 EQUAL SPACES AT.200 \ 00<
f PITCH TOTAL 1.800*002 1 °
4.260
, ’ REF
3.700 ,
\ TOLERANCE NOffCUMl
htu _
iOfcO* 45 - 5 T-
2 PLACES J-TT
BLEND WITH ^
•*2 R .576 J
A72
1002
5 EQUAL SPACES AT.200
PITCH TOTAL UOOOl .OOe _
TOLERANCE NON-CUMULATI
^ U.3I4
-1.00 ‘-.310
L*4-40 UNC-3B
SEE NOTE 6
“A / .1 * j094
/ 32 ^ -4U-J062
/ J25-*T
SEE VIEW A—' |ll
•J| 7 (FROM 6AGE P0.NT)4V^*
J25 DIA XJ5 DEEP
2 PLACES FOR
MACHINING LOCATlOfi—
J2
” 3 PLACES
-DoTmax allowable step above surface Liz]
STEP BELOW SURFACE NOT PRMITTED.
-.062 X 45° TYP
4?|dim.
FOR STEP ONLY
-•.'.i? ° ,A 60 M0LES
1 _p
section F-F
PART NO-AND OTHER PERMANENT
-MARKING FOR PROCESSING PERMITTED
IN THIS AREA. ELECTRO-CHEMICAL ETCH
.12 HIGH CHARACTERS PER ND1002019
LOCATE CENTRALLY
m
Lujii
-A 1.070
2.150 r eF
”2.130
M0TE t : INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
2 M^“ NamOA-T^AGNESlUM ALLOY PER QQ-M-3.A
3 REMOVE BURRS ANO BREAK SHARP EDGES .005 -.015
4.' UNLESS OTHERWISE SPECIFIED FINISH 125/ .729 REF
5^ ALL RAOll ANO FILLETS TO be jo UNLESS
OTHERWISE SPECIFIED NM 00219 B.
6. FINISH: ELECTROLESS NICKEL PLATE ALL WER«RND»02I98.
DIMENSIONS ANO FINISHES APPLY ^THICKNESS NOT
35KB rffl. BSB. M s M-" KN co«^ou,—
r. S5 ?“t!peSS of L f*» moli «® "MO Ma* wm. ■
VIEWING PLANE AND END OF FRAME UNLESS OTHERWISE at-twri
10 FMUMT H pER^ NCH002110 TYPE II. USING ,0 !° 72 ® h '^ HARACTER T ° “
TYPE 1 PER NO 1002122. CENTRALIZE AS SHOWN
SECTION 6 - G
-.015 R MAX PERMISSIBLE
SECTION E-E
• l66 r\i a -
‘jo
cs« ioo - x;|fo j
-.272 DIA
CBORE .40G DIA X .142 OEEP
2 1000115-2
I 1008107 —I
1 INSERT, THREADED. SELF-L0CKING_
FRAME. TRAY TZ
I0-'32UNF-2B THRU
IUNUSS OTMCHWISt s«cmfO
-|o)MtNSK)NS WC * «°«
tm TWUMKNTATIOW
LIST Of M ATERim _ _
MANNED SPACECRAFT CENTER
HOUSTON TIMS_
.005 DIA |
SEE NOTES G ANO 7
SECTION A-A
2 PLACES
SECTION B-B
2 PLACES
J U-.245^\
5‘JU \-.OI5 R MAX PERMISSIBLE
SECTION C-C
IMATERIAL
1 SEE NOTE 2
FRAME,
TRAY 7
1008107
U—074
PARTIAL SECTION
H-H
(
“ oij!5 02 A9«-oo 9^9.9.0s ^2° D - u - u ^ £# - M W ’**■ '5 @@ S D°“ &” (^
VIEW ROTATED 100
•ON
ABU m
l AVUi A1QW3SSV 31
-.08 HIGH TYP
SEE NOTE 8
- .12 HIGH TYP
SEE NOTES
\-m
MARKING VIEWS
*
5
3
2
3
2
JJ50 MAX PERMISSIBLE—
.005 MAX ALLOWABLE STEP ABOVE SURFACE EIEEL
STEP BELOW SURFACE MOT PERMITTED.
2.IS0 A xn®TYP
2.130 .748 30 V
i .744 4
.135 TYP J 1.270
,II5 typ *-.260
''RE 7 ? j **| 2
-t-U6l25-*-'.257.
LJ=
PER TD RR oZ'Vir ]
l PER TDRR 0*?* *>" <
PER TDRR 0 *7/* j
PER TDRR 03US' 1
ED PER TDRR i
PER TDRR f
PER TDRR 03 781_ \
F VISED PER TDRR 03954 H
PER TDRR '
TDTTDW
PER TDRR 05*44 /
PER TDRR >. •
~PER TDRR 06797
REVISED PER TDRR 07;34. '
REVISED PER TD RR 115.9 1
REVISED PER TDRR H323 1
CUTOUT THRU
2 PLACES
J40 DiA
JJgoiA SPOTFACE
2 HOLES
? BLENO WITH .12 R
.0003 MAX STEP BELOW ADJACENT SURFACE—/
permissible for shaded area __
072 DIA THRU 45 HOLES STEP MAY N0T EXTEND T0 LEFT ** SURFACE 13
J073
a EQUAL SPACES AT. 125 ±.002 PITCH
TOTAL 1.0001.002 TOLERANCE NON-CUMULATNE
CUTOUT THRU-
>0 1 4 EQUAL SPACES AT. 125 ±A °* _
—i-, \ PITCH TOTAL 500*-° 02 l
TlH \ TOLERANCE NON-CUMULATIVE 1 ~
094 R MAX PERMISSIBLE
CUTTER RADIUS
-BREAK EDGE THIS SIOE .03
.005 R MAX PERMISSIBLE
BREAK 4 EDGES THIS SIOE J03
-CUTOUT THRU
,030 R MAX PERMISSIBLE
ONE PLACE ONUf
U8S8
2 PLACES 1
2448 \l + + ++ t
*• , + + t
.o6o x 45 - 5 °t—
2 PLACES J- p lP j j
BLEND WITH L \ \ \
• l2 R .574 J_L-J
.572 l
looel 1
5 EQUAL SPACES AT.200 \
PITCH TOTAL 1.0001.002 __L-“•!
TOLERANCE NON-CUMULAW
^_.430
■M t*^.400
] tO02
/ 9 EQUAL 1 SPACES AT .200
PITCH TOTAL 1.800*002
|- ■+_ 7 \ TOLERANCE MONCUMUUBNE
L8 f I 1 1
\ri45| J A — *- J
■rtM
J25 DIA XJ9 DEEP
2 PLACES FOR
MACHINING LOCATIOJj—
"Uoo MS
*4-40 UNC-3B
SEE NOTE 6
“‘J 39 0,A 60 *° L * S
* 4 ® 7 (FROM GAGE POINT)
J2
' 3 PLACES
rD05 MAX ALLOWABLE STEP ABOVE SURFACE j-fcj
STEP BELOW SURFACE NOT PRMITTEO.
—.042 X 45° TtP
FOR STOONLY
SECTION F-F
M 0 TE t. INTERPRET ORAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MAT'l: ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER 0Q-M-3IA
3. REMOVE BURRS AND BREAK SHARP EOGES .005 -.015
4. UNLESS OTHERWISE SPECIFIED, FINISH 125/ .729 REF
5. ALL RADII AND FILLETS TO BE jq UNLESS
OTHERWISE SPECIFIED
6 . FINISH: ELECTROLESS NICKEL PLATE ALL J®® 0219 ®'
DIMENSIONS A NO FINISHES APPLY W£TJ«. PLUG
ssss s*& asas.
* COAT^THREAOS OTNAD MO. I AMO FIND MO I WITH ML-A-MM
WET ZINC CHROMATE PRIMER ****** miWTATF D
B. MARK CHARACTERS BLACK PER NO 1002019 EXCEPT SURFACE D.
AFTER PLATING ELECTRO CHEMICAL ETCH PER ND 1002019
ALL CHARACTERS ON SURFACE 0. CENTRALIZE AS SHOWN,
a PAINT PER ND 1002110 TYPE II, USING 1010729-1 ALL SURFACES BETWEEN
VIEWING PLANE AND END OF FRAME UNLESS OTHERWISE SPECIFIED.
ALL HOLES TO BE FREE OF PAINT
■a mwt pen NO 1002110 TYPE II, USING 1010729-3. CHARACTER TO BE
TYPE 1 PER ND 1002122. CENTRALIZE AS SHOWN
PART NO. AND OTHER PERMANENT
“MARKING FOR PROCESSING PERMITTED
IN THIS AREA. ELECTRO-CHEMICAL ETCH
.12 HIGH CHARACTERS PER NO 1002019
LOCATE CENTRALLY
\m
-T“h
-4 ‘.070
-2-‘*0 REF-
2.‘30
SECTION G - 6
-.015 R MAX PERMISSIBLE
SECTION E-E
*186 ni4 _
.19° 0,A ”
CSK 100* X ’210 >
-.272 DIA
CBORE .404 OIA X .142 DEEP
-•||| D, A THRU
-IO'32UNF-2B THRU
82* ±1* CSK, j!%DIA
!•» .005 DIA~1
SEE NOTES G AMO 7
SECTION A-A
2 PLACES
SECTION B-B
2 PLACES
k.245^\
5*^JU ^-.015 R MAX PERMISSIBLE
SECTION C-C
' 1000115-2
' 1008107 —I
UNLESS OTHERWISE skcificd mwtnumentation um
- DIMENSIONS ARC W WCMU cSL— —
TOLERANCES ON —* - **"*“-™l
FRACTIONS 0CC1MAUI ANCLES pRANN »TE _
■* * XXX t. 005 0 * 30' CHECKED _ -
INSERT, THREAPED, SELF-LOCKI NC
FRAME. TRAY
MANNED SPACECRAFT CENTER
FRAME,
TRAY 7
1008107
3 SPACES AT
•j|7 PITCH,TOTAL;|f£—v
TOLERANCE NON-CUMULATIVE^
2 SPACES AT
-jgpITCHJQTALgl
TOLERANCE
NOW-CUMULATIVE
.187 .now
COUNTERBORE 302 DtA TO
DEPTH SHOWN IN SECTION H-H
FAR SIDE 19 PLACES
.187 MIN CUTTER RADIUS
3 PLACES
6 SPACES AT
—**.?JpiTCH.TOTAL 151
. 'I? PITCH .TOTAL ||™-
TOLERANCE NON-CUMULATIVE
-jfjPITCH.TOTAL^I
TOLERANCE
NON-CUMULATIVE
VIEW B-B
REV B THIS SHEET ADDED
PARTIAL SECTION
H-H
UNLESS OTHERWISE SPECIFIED
- DIMENSIONS ARC M INCHES
TOLERANCES ON
" FRACTIONS NFOMAIS ANGIF'
MANNED SPACECRAFT CENTER
FRAME,
TRAY 7
1008107 <
! 1 A" !!!!!. A HJH!'■*’
m.
K
.08 HI6H TYP
SEE NOTE 8
VIEW ROTATED 100
r J2 HIGH
\ SEE NOTE 8
•ON 83S
A3M AtMZOOl
l AVUi AT8W3SSV 3KW8i
-.12 HIGH TYP
SEE NOTE 8
o * » 5 ^ ^
-&■ ■<&-
M •"O”
O 0
MARKING VIEWS
SECTION D-D
.030 M MAX PERMISSIBLE
-_.3e5
■4fi
liSo .74. ♦
I M‘ i ■< 1
AEF •«*
-*-Ij625-*-'.2
.015 A MAX PERMISSIBLE -
TYP 30°
VIEW A
•'.477^" N
U O40
.060
BLEND W,TH * 12 R
-.030 ft MAX PERMISSIBLE
-5 EQUAL SPACES AT .200 ±.002 PITCH
TOTAL 1.000 ±jOQ2 TOLERANCE NON CUMULATIVE
.3B --
SEE NOTE 6 1
+ ♦ -i + +
f +♦ + + +
+ + ^t +
\ 3.010
13 equal spaces at 2 * 090
.200±.002 PITCH
TOTAL 2.600 ±.002
TOLERANCE
NON-CUMULATIVE
4.260
3.700 T
.040 y 1
.060 X45±5 -j
2 PLACES 1
BLEND WITH 3
.12 A
A X
VT'
¥ A-/
-JO 62 X 45® TYP
DIA B4 HOLES
SECTION F-F
SEE NOTE 6- '
(BOTTOM SUAFACE)
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MAT'l: ASTM NO. 2K60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS AND BREAK SHARP EDGES .005-.015
4. UNLESS OTHERWISE SPECIFlEft FINISH 125/ 729 -
ft ALL RADII ANO FILLETS TO BE*jJ UNLESS
OTHERWISE SPECIFIED r
6. THESE SURFACES TO BE PLATEO.REMOVE ANOOIZED FINISH.
COPPER PLATE PER MIL-C-I4550.CL ASS 2.THEN ELECTROLESS
NICKEL PLATE PER MIL-C-26074A.CL ASS 1. ALL DIMENSIONS TO,
AND FINISHES OF, PLATED SURFACES APPLY AFTER PLATING.
FINISH MACHINING AFTER PLATING IS PERMISSIBLE AS LONG AS MINIMUM
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS.
1 FINISH: SEE NOTE € FOR PLATED AREAS. ALL NON-PLATED SURFACES
TO BE ANOOIZED PER MIL-M.3I7I,TYPE JS. PLUG THREADEO INSERT
HOLES DURING ANODIZING.
ft. COAT FINO NO.I± FIND NO. 2 WITH MIL-P- B5BS WET ZINC CHROMATE
PRIMER.
ft MODULE MOUNTING SCREWS ANO MODULE ELECTRICAL RECEPTACLES.
THIS INFORMATION WILL BE ADDED TO DRAWING AS SOON AS IT IS
AVAILABLE.
*— 00 NOT PLATE THIS SURFACE
.030 R 1
CUTOUT THRU
140 DIA
|| S DIA SPOT FACE
1
-•I 1.070
_2.>50
2.»30
BIS (FROM GAGE POINT)
-.015 R MAX PERMISSIBLE
SECTION E-E
-.272 DIA
CBORE .406 OIA X .142 DEEP
INSERT, THREADEO, SELF-LOCKING
FRAME, TRAY
\ L l IO' 32UNF-2B THRU
82* ll’CSK, *',5 %dia
|-ft- .005 DIA |
SEE NOTES 7Aft
SECTION A-A
2 PLACES
SECTION B-B
2 PLACES
SECTION C-C
-.015 ft MAX PERMISSIBLE
unuss otherwise skcifico
- dimensions are m inches
_ tolerances on
" FRACTIONS decimals angles
- .T ™*-Q2
MANNED SPACECRAFT CENTER
xxx^l
■material
1 SEE NOTE 2
FRAME,
TRAY 7
1008107
■3
'•'I
»r
.§5
2
SECTION D-D
tOOB MAX ALLOWABLE STEP ABOVE SURFACE FE-IlTCP I
.12 2 PLACES
4P
2.150 I xrfryp
2.150 .748 ’ 3 CrT J^
I .M* 4
• 1570/
:
i.070 f i r
AEF •« T •
-A-IA25-LI.237
8> »i/m\ I
.05 R MAX PERMISSIBLE-
Hil°o
:8J8^ ?
TVP 30®
VIEW A
.000 n TYP
030 " TTr
‘084 R MAX PERMttSWLE
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
-.006 R MAX. PERMISSIBLE
-8 EQUAL SPACES ATMS ±008 PITCH
TOTAL 1.000 ±002 TOLERANCE
NOM-CUMULATIVE
2450lU++t + T
+ t t t.
-4 EQUAL SPACES AT J2S f
±002 PITCH TOTAL .900
±002 TOLERANCE NON-
- CUMULATIVE 3 . 0,0
__2.090
8 EQUAL SPACES AT 200 I
1 HI?
3.700 ,
—J6 R
2 PLACES
£&*•**]
2 PLACES J
BLENO WITH
J2 R
«4 GAGE POINT)- 1*
L .I2
3 PLACES
-DOS MAX ALLOW ABLE S TEP
ABOVE SURFACE (-E-) .STEP BELOW
SURFACE NOT PERMITTED.
I—G AlfiS
--0V * «* PMC
FOR STEP ONLY
“*.SS D,A *° H0LES
SECTION F-F
notes:
L INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-0-70327
2. MAT'l: ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EOGES .005 -.015
4. UNLESS OTHERWISE SPECIFIED, FINISH 12^/ ?29 R£F _
5. all RAOII ANO FILLETS TO BE *Jq UNLESS
OTHERWISE SPECIFIED
•.FINISH. ALL SURFACES TO BE PLATED
COPPER PLATE PER MIL-C-I455D.CLASS 2.THEN ELECTROLESS
NICKEL PLATE PER MIL-C-26074A.CL ASS 1. ALL DIMENSIONS TO,
AND FINISHES OF, PLATED SURFACES APPLY AFTER PLATING.
FINISH MACHINING AFTER PLATING IS PERMISSIBLE AS LONG AS MINIMUM
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS. PLUG THREADED INSERT
HOLES DURING PLATING
B. COAT FIND NO. IA FIND NO. 2 WITH MIL-P-B5B5 WET ZINC CHROMATE
PRIMER.
• MODULE MOUNTING SCREWS AND MODULE ELECTRICAL RECEPTACLES.
THIS INFORMATION WILL BE ADDED TO DRAWING AS SOON AS IT IS
AVAILABLE.
PARTIAL SECTION G-G
140 DIA
|§S>DIA SPOTFACE
-m| 1.070
« r '
-.015 R MAX PERMISSIBLE
SECTION E-E
:!l§»
CSK 100'XV
-v272 DIA
CBORE .404 OlA X .142 OEEP
2 IO OOII5-2
I 1008108-1
L K>-32UNF -2B THRU
82* ±I*CSK, jIjDIA
.565 DIA 1
SEE NOTES SAB
INSERT. THREADED. SELF-LOCKING
' FRAME TRAY _
MANNED SPACECRAFT CENTER
SECTION A-A
SECTION B-B
2 PLACES
SECTION C-C
-.015 R MAX PERMISSIBLE
_ TOLERANCES ON m.
" FRACTIONS DECIMALS AN CLES &..
- XX ±.02 t , c '
—H- XXX i. 005 0® 30 checked_
- 00 NOT SCALE THIS D R AI WN 6 ifrKfluil .{
MATERIAL imaUXL
SEE NOTE 2
FRAME.
TRAY 8
1008108
a
T
SECTION D -D
-.005 MAX ALLOWABLE STEP ABOVE BUBFBCEFTRBTIP ■
»2 2 PLACES
.015 R MAX PERMISSIBLE -
2.150 —
2.130 .748
I
4!Ig
-084 R MAX PERMBStBLE
TYP SO*
VIEW A
SCALE 2/1
U J04 0
.060
BLENO WITH J2 R
-J2S MAX j0003 MAX STEP BELOW ADJACENT SURFACE
PERMISSIBLE FOR SHADED AREA. STEP M AY
NOT EXTEND TO LEFT OF SURFACE P-F^l
-8 EQUAL SPACES ATJ25 ±C0* PITCH
TOTAL 1.000 ±002 TOLERANCE
MON-CUMULATIVE
CUTOUT THRU-
-JOOB R MAX. PERMISSIBLE
&§«***H
2 PLACES J
BLEND WITH
M R
U4 +t ttTS T
•:mn + u!
♦ ♦ + «■ *
leUel-
-4 EQUAL SPACES AT J25
. 1002 PITCH TOTAL.500
±002 TOLERANCE NON-
- CUMULATIVE
S EQUAL SPACES AT .200
-J6 R
2 PLACES
in
M GAGE POINT)- I*" * *
L .I2
3 PLACES
rb05 MAX. ALLOW ABLE S TEP
ABOVE SURFACE 00.STEP BELOW
SURFACE NOT PfRMITT&IU.
-;|J§ DIA BO HOLES
SECTION F-F
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANOARDS
PRESCRIBED BY MIL-D-70327
2. MAT'l: ASTM NO. ZK60A-T5 MAGNESIUM ALLOT PER 0Q-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005 -.015
4. UNLESS OTHERWISE SPECIFIED, FINISH 125/
5. ALL RADII ANO FILLETS TO BE’JJ UNLESS
OTHERWISE SPECIFIED
S.FINISH: ELECTROLESS NICKEL PLATE ALL ONER PER NDKMEMB.
DIMENSIONS AND FINISHES APPLY AFTER PLATING. PLUG
THREAOED INSERT HOLES DURM8 PLATW8
S. COAT FIND NO. IA FIND NO. 2 WITH MIL-P-B5B5 WET ZINC CHROMATE
PRIMER.
PARTIAL SECTION G-G
Kilt WCE POINT)-
• 186 r\i • . .
.iso 0,4 ~
cwoo , *;|ro j
4f
I "V 1.070 T T
I LSTn/ Kt | ■**
I / . J-»jM5-*-».<
I A »/ I
-.272 DIA
CBORE .406 DIA X .M2 DEEP
I ph.'ll D,A ™ RU
cl lL|0-32UNF *28 THRU
U 82* ±l a CSK, -'MdiA
'4- .005 DIA |
.005 dia |
SEE NOTES SAB
SECTION A-A
2 PLACES
SECTION B-B
2 PLACES
^ (fig
J, L-.245^\^
^ ^—.015 R MAX PERMISSIBLE
SECTION C-C
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
/—.125 DIA X JS DEEP
f 2 PLACES FOR
MACHINING LOCATION
tf l 1??dim. T
-.062 X 45‘ TYP poR STEP ONLY
PART NO. AND OTHER PERMANENT
^-MARKING FOR PROCESSING PERMITTED
IN THIS AREA ELECTRO-CHEMICAL ETCH
.12 HIGH CHARACTERS. LOCATE CENTRALLY
B REVISED PER TOWR^r^r
C REVISED PER TDRR a 19 F ~ '
CUTOUT THRU
.140 DIA
;||g DIA SPOTFACE
2 HOLES
-•( I.OTO
-1:138 Rtf '
-.015 R MAX PERMISSIBLE
SECTION E-E
2 IOOOII5-2
I 1008108-1
INSERT, THR EAPED. SELF-LOCKING
FRAME. TR/
MANNED SPACECRAFT CENTER
_ tolerances on ~ -_
FRACTIONS ANQLES fcJ’A
-4- XXX ±!o05 0*30' checked _____
- 00 NOT wunw Omm aprroval>CLA
MATERIAL AWWOVAL
SEE NOTE 2 -
FRAME,
TRAY 8
1008108
r5T51
mm
SECTION H-H
?006 MAX ALLOWABLE 6T1P ABOVC BURPACE RRB TIP MLCW MMfMC MOT FVMflTTCO
SECTION D-D
.015 R MAX PERMISSIBLE -
2.150
2.130 .746
, .746
;j^TVpJ L ; ||g
_ OOO H TV»
030 " TTF
-or
CUTOUT THRU
-OMR MAX PERMMSMLE
.140 OIA
IlgDIA SPOTFACE
2 HOLES
so-^xll
TVP 30®
VIEW A
scale 2/1
Jr
; BLEND WITH J2 R
,_ c . . A w^N^_j0003 max step below aojacent surface
—-I25MAX —PERMISSIBLE FOR SHADED AREA. STEP M AY
NOT EXTEND TO LEFT OF SURFACE |-F-|
-006 R MAX. PERMISSIBLE
-B EQUAL SPACES ATJ25 ±JOO* PITCH
TOTAL 1.000 ±002 TOLERANCE
NON- CUMULATIVE
LlifiSffila
2 PLACES •
BLEND WITH
.12 R
CUTOUT THRU-
-4 EQUAL SPACES AT J29 f
±002 PITCH TOTAL .500 I
±002 TOLERANCE NON- I
- CUMULATIVE 5.010
B EQUAL SPACES AT .200 I
\ L-.3I2 BSC
\_4-40 UNC-38
J42 TAP AFTER
~ ]? 9 AN0DIZIN6
-J 6 R
2 PLACES
ff
HA GAGE POINT)- U - "
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
-CUTOUT THRU
hi 2
3 PLACES
<005 MAX ALLOW ABLE S TEP
ABOVE SURFACE 00.STEP BELOW
SURFACE NOT PERMITTEES-
tl/3
;J|J (FROM GAGE POINT)
-;|Jg DIA 60 HOLES
SECTION F-F
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-D-70327
2. MAT1: ASTM N0.ZKG0A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005 -.015
4. UNLESS OTHERWISE SPECIFIED, FINISH 125/
5. ALL RADII AND FILLETS TO BE UNLESS
OTHERWISE SPECIFIED
6. FINISH ELECTROLESS *CKM. PLATE ALL »«R PER ND ©OEMS.
DIMENSIONS ANO FINISHES APPLY AFTER PLATING. PLUG
THREADED INSERT HOLES OURBM PLATTN 8
B. COAT FIND NO.IAFIND NO. 2 WITH MIL-P B5B5 WET ZINC CHROMATE
PRIMER.
PARTIAL SECTION G-G
SCALE t/l
*.!?o 04
CSX 100* X *2 iq y
-.272 DIA
CBORE .40G DIA X .142 OEEP
J-;!||dia thru
l J-IO-32UNF-2B THRU
>=i 82* ±I*CSK ‘'Itoil
T 7 82#:
s J [t:
82* ±1* CSX, * 19901 A
!♦ .005 OIA~|
SEC NOTES BAB
SECTION A-A
2 PLACES
SECTION B-B
2 PLACES
4 U-. 245 ^\^
S # -JW \-.OIS R MAX PERMISSIBLE
SECTION C-C
4.2G0
3.700 R , EF
>—.125 DIA X JS OEEP
' 2 PLACES FOR
MACHINING LOCATION*
-.062 X 43® TVP
L ;l?l o"*- ’
FOR STEP ONLY
PART NO. AND OTHER PERMANENT
^—MARKIHG FOR PROCESSING PERMITTED
IN THIS AREA ELECTRO-CHEMICAL ETCH
J 2 HK»H characters, locate centrally
\m
4Hr\
-4 1.070
2.150 W £F-
2.130
-.015 R MAX PERMISSIBLE
SECTION E-E
2 I000H5-2
I 1008108-1
UNLESS OTHERWISE SFECIFICD
- DIMENSIONS ARE M MCNCS
TOLERANCES ON
‘ FRACTIONS DCOMAU ANGLES ,
-H- XXX ±.005 <fyo '«
. 00 NOT SCALE TNW Oftfi n NB t
MATERIAL " f
SEE NOTE 2
mSTNUMKNTATION LAB
[INSERT THREAQEO. SELF-LOCKING
' FRAME. TRAY_
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
FRAME,
TRAY 8
1008108
AFFIXATION
SEE NOTE 6
I/I Iwr
[sheet I
4 EQUAL SPACES AT |fj • JJj
TOLERANCES NON** CUMULATIVE
5 PLACES
S EQUAL SPACES AT «jg •
TOLERANCES NO N- CU M U LA T IVE
S PLACES
SECTION D-D
MAX ALLOWASI f ITCf ABOVE SIMPAK^QSTV KU» WMOC I
> jftfevi»fcU PER T MRS’ir-f i
C I REVISED ?kn TOUR J *P F Z \
REVISED PER TORR
REVISED PER TORR
* jv«i7
REVISED - ER TDRR
03781
'7i££l
REVISED PIN TDRR
-.12 2 PLACES
/—Jl A
4T
; :6T”S
.015 R MAX PERMISSIBLE -
CUTOUT THRU
.OOO • ty»
030 ** TTr
VIEW A
scale 2/1
1 SHAM 4B PLACES
0S4R MAX P CR M MtMLC
140 OIA
HgDIA SPOTFACE
2 HOLES
-§ EQUAL SPACES AT J2S ±0O*. PITCH
TOTAL IJOOO ±00t TOLERANCE
NON-CUMULATIVE
Lmml
*.A«lU+4t^
I ll © + 4 ®
.06 § x
2 PLACES ■*—
•LEND WITH "1 l I
42 R I L J
\ :ItI—
5 EQUAL SPACES AT —I*- *
.200±.002 PITCH TOTAL
1.0001.002 TOLERANCE *
a*on-cumulative
-4 EQUAL SPACES AT J29 f
±002 PITCH TOTAL .BOO J
±002 TOLERANCE NON*
-CUMULATIVE 3^,0
-- 2.B90
B EQUAL SPACES AT .200100
PITCH TOTAL I SOOt-OOt
- - TOLERANCE
T NON-CUMULATIVE
J0003 MAX STEP BELOW ADJACENT SURFACE
’ PERMISSIBLE FOR SHADED AREA. STEP M W
NOT EXTEND TO LEFT OF SURFACE f-F^l
: EOQE TINS EIOE.OS
-JOOS R MAX. PdNMSSWLE
- BREAK t EOBES THIS 8102 JOB
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
-CUTOUT THRU
—J6 R “
2 PLACES
\*. 4-40 UNC-3B
SEE NOTES
IM SAGE POINT)
hit
SPLACES
r^OS MAX ALLOW ABLE S TEP ..
ABOVE SURFACE 1-E-I .STEP BELOW
SURFACE NOT PEliMlTT^IL ,_
r g ^
» HI?
3.700 R , EF
/—J25 DIA X J9 OEEP
r 2 PLACES FOR
MACHINING LOCATION*
1_.595 D|M f
“•° 42 * 45 ° Tv * FCW? STEP ONLY
SECTION F-F
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANOAROS
PRESCRIBED BY MR.-D-70327
2. MAT'l: ASTM NO. ZKS0A-T5 MAGNESIUM ALLOY PER 0Q-M-3IA
3. At MOVE BURRS ANO BREAK SHARP EDGES .005 -.015
4. UNLESS OTHERWISE SPEC I FIE ft FINISH 125/ ?21
5. ALL RAOH ANO FILLETS TO BfjJ UNLESS
■t* OTHERWISE SPECIFIED
* ' B. FINISH: ELECTROLESS NICKB. PLATE ALL OVER PER NDDOBMR
DtMTNNONS AND FINWMPS APPLY AFTER PLATING. PLUG
THREADED HOLES DU RINA PLATIN6 SPECIFIED THICKNESS NOT
REOUIRE IN ALL HOLES AS LONS AS PL ATI NS IS CONTINUOUS
THROUGH EACH HOLE
7. COAT THREADS OF FINO NO I BEING NDt WITH MI L- P- S S S S
WET ZINC CHROMATE PRIMER
B MARK CHARACTERS BLACK PER NB lOOBOIt EXCEPT SURFACE B
AFTER PLATINS ELECTRO-CHEMICAL ETCH PER NO 1002OMALL_
CHARACTERS ON SURFACE D. CENTRALIZE AS SHOWN
B. RUNT PER ND USING KH072S-I ALL SURFACES KTWEEN
VIE WINS PLANE UNO ENO OFFRAMC UNLESS OTHERWISE SPEQFICO
. ALL HOLES TO BE FREE OF PAINT
ID PAINT PER ND USING KW0729-S CHARACTER TO BE TYPE I
PER NO mOZlt*. CENTRALIZE AS SHOWN. _
PART NO. AND OTHER PERMANENT
^—MARKING FOR PROCESSING PERMITTED
IN THIS AREA ELECTRO-CHEMICAL ETCH
J2 HIGH CHARACTERS PER NDI0020I9
LOCATE CENTRALLY
PARTIAL SECTION G-G
SCALE B/l
m
+Ti
*fc3H
r
-tm—^
-4 I.OTO
-I3S8 " tf
15 R MAX PERMISSIBLE
SECTION E-E
.ISO «"]
CSK tOO'X-
-l272 OIA
CBORE .406 OIA X .142 OEEP
2 IOOOII5-2
I 1008108*1
»*o'±cri 5 ' y
SECTION A-A
2 PLACES
et l l K>'32UHF-20 THRU
U " 82* II* CSK, '‘(I^DIA
14 .563 oTaI
SEE NOTES BAT
SECTION B-B
2 PLACES
s 3h* 4 ’^
SECTION C-C
-.015 R MAX PERMISSIBLE
-*4- XXX±! oQ3 0* 30*
■ 00 not »c*u this ou m m
MATERIAL
SEE NOTE 2
1007140 _
NOT AMT UKO ON
APPLICATION
INSERT, THREAQCO, SELF-LOCKING 2
' FRAME. TRAY I
NOMENCLATURE 0* FINO
MANNED SPACECRAFT CENTER
HOUSTON. TOM_
FRAME,
TRAY 6
I 1008108
t
SECTION D-D
-005 MAX ALLOWABLE STEP ABOVE SURFACESTEP BELOV BUBVACE MOT KMVTTCD
» REVISED PEW TORRStr^Y
SjG REVISED PER TDRR ) U f z.
U D REVISED PER TDRR
Q E REVISED PER TDRR
F REVISED PEP TDRR 03781
£) q REVISED PER TDRR
H RfVlSEC PER TDRR 1»3I9
2.150
2.130 .748
I .746
.015 R MAX PERMISSIBLE-
CUTOUT THRU
Ij625 *«257
-094 R MAX PERMISSIBLE
.140 OIA
•||g D, A SPOTFACE
2 HOLES
VIEW A
U O4 0
.06 0
BLEND WITH .12 R
14X-U-
0003 MAX STEP BELOW ADJACENT SURFACE
” PERMISSIBLE FOR SHADED AREA. STEP M AY
NOT EXTEND TO LEFT OF SURFACE pFH
NOT EXTEND TO LEFT OF SURFACE f
- BREAK 2 EDGES THIS SIOE 08
8 EQUAL SPACES AT .129 ±002 PITCH
TOTAL 1.000 ±002 TOLERANCE
NON-CUMULATIVE
CUTOUT THRU-
If-
-BREAK EDGE THIS SIDE .05
-.030 R MAX PERMISSIBLE
ONE PLACE ONLY
>.006 R MAX. PERMISSIBLE
-CUTOUT THRU
-4 EQUAL SPACES AT J2S f
±002 PITCH TOTAL .500
±002 TOLERANCE NON-
- CUMULATIVE J. 0 l0
_ _ 2.990
9 EQUAL SPACES AT .200100
PITCH TOTAL 1.800±.002
-- TOLERANCE
2.45211 + +4 t ■*
2448U + ^i
—J6 R
2 PLACES
/—.125 DIA X J9 DEEP
r 2 PLACES FOR
MACHINING LOCATION
•040 w 4S 0, *-5®-.
.ogo ** 5 - 5
2 PLACES
BLEND WITH
.12 R ,
XI- 3 —r\3l4
\ 1-30
\_4-40 UNC-3B
_J55 SEE NOTES
J45
“ /T 11 -f
■4 n
GAGE POINTJ-H - ^"
*-.12
3 PLACES
r©05 MAX ALLOWABLE STEP
ABOVE SURFACE 1~E-j .STEP BELOW
SURFACE NOT PERMITTED.
-.062 X 45® TVP
5 EQUAL SPACES AT —t*
.2001.002 PITCH TOTAL
1.0001.002 TOLERANCE
NON-CUMULATIVE
. ^,*430
■m r .400
SECTION F-F
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDAROS
PRESCRIBED BY MIL-0-70327
2. MATL: ASTM NO. ZK60A-T5 MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS AND BREAK SHARP EDGES .005 -.015
4. UNLESS OTHERWISE SPECIFIED. FINISH 125/ .729 Rl
5. ALL RADII AND FILLETS TO BE ’Jq UNLESS
OTHERWISE SPECIFIED
G. FINISH: ELECTROLESS NICKEL PLATE ALL OVER PER NO 1002188.
DIMENSIONS ANO FINISHES APPLY AFTER PLATING. PLUG
THREADED HOLES DURING PLATING SPECIFIED THICKNESS NOT
REQUIRE IN ALL HOLES AS LONG AS PLATING IS CONTINUOUS
THROUGH EACH HOLE
T. COAT THREADS OF FIND NO I 9 FIND NOE WITH MIL-P-8585
WET ZINC CHROMATE PRIMER
t MARK CHARACTERS BLACK PER NO 1002019 EXCEPT SURFACE 0
AFTER PLATING ELECTRO-CHEMICAL ETCH PER ND I0020I9ALL
CHARACTERS ON SURFACE D. CENTRALIZE AS SHOWN
9. RMNT PER NO 1002110 TYPE II. USING 1010729-1 ALL SURFACES BETWEEN
VIEWING PLANE AND END OFFRAME UNLESS OTHERWISE SPECIFIED
ALL HOLES TO BE FREE OF RAINT
K).PAINT PER NDI002II0 TYPE II, USING 1010729-3. CHARACTER TO BE TYPE I
PER ND 1002122. CENTRALIZE AS SHOWN.
PARTIAL SECTION G-G
.575 DIM. T
FOR STEP ONLY
\m
4 ‘ti
U-V'S-J
PART NO. AND OTHER PERMANENT
--MARKING FOR PROCESSING PERMITTED
IN THIS AREA ELECTRO-CHEMICAL ETCH
.12 HIGH CHARACTERS PER NOI0020I9
LOCATE CENTRALLY
_2.»*0 REF
2.150
|H||f < F * 0M CACE p O»NT)
-.015 R MAX PERMISSIBLE
SECTION E-E
.186 rviA __
.190 0,A
CSK 100* X *210 /
-.272 DIA
CBORE .406 DIA X .142 DEEP
pit9 °*A ™ RU
'-I0-‘32UNF-2B THRU
|-» .005 OlA |
SEE NOTES GAT
SECTION A-A
SECTION B-B
5 -JU —.015 R MAX PERMISSIBLE
SECTION C-C
UNLESS OTHERWISE SPECIFIED
- DIMENSIONS ARE M INCHES
TOLERANCES ON — »
‘ FRACTIONS DECIMALS RNQLES £
-4- XXXllOOS 0^30' CHECREO
- 00 NOT SCALE THIS OAAWINC APPROVAL
. MATEmAl APPROVAL
SEE NOTE 2
IAL FINISH
SEE NOTE 6
** AiwUiR"'' - :
-•1 l.OTO
IOOOII5-2
' 1008108-1
tv* *
3
2
4 EQUAL SPACES AT
TOLERANCES NON-CUMULATIVE
S PLACES
21 EQUAL SPACES -
AT 127 . 2.627
.123 2.62S
TOLERANCES
NON-CUMULATIVE
5 EQUAL SPACES AT |j|J ■ *|1
TOLERANCES NON-CUMULATIVE
6 PLACES
•07| 01A THRU -
226 PLACES
■II EQUAL SPACES
AT .127 _ 1.377
AT .123 1.373
TOLERANCES
NON-CUMULATIVE
-a EQUAL SPACES -
.« .127 . 1.627
** .123 1.623
TOLERANCES
NON-CUMULATIVE
-13 EQUAL SPACES-
AT .127 . 1.627
AT .123 1423
EQUAL SPACES-
r .127 . 1.627
-074
.070
, .704
.700
.123 1.623
TOLERANCES
NON-CUMULATIVE
.302 DIA C'BORE FAR SIDE
TO DEPTH SHOWN IN SECTION H-H
24 PLACES
.074 I
.070
k .704_J
700
*10 EQUAL SPACES
AT .127 . 1.252
" .123 1.248
TOLERANCES
NON-CUMULATIVE
-.187 MIN CUTTER RAMUS
2 PLACES
HO EQUAL SPACES
at .127 . 1.252
.123 1.248
TOLERANCES
NON-CUMULATIVE
ir
oeo It PLACES
VIEW B-B
scale: 2 .i
REV B THIS SHEET ADDED
\/SSS/f/S//SSSSA
SECTION H-H
UNLESS OTHERWISE SPECIFIED
- DIMENSIONS ARE IN INCHES *
_ TOLERANCES ON -« «
" FRACTIONS DECIMALS ANGLES
■ * ** «.
- 00 NOT SCALE THIS DRAWING APPRO
MANNED SPACECRAFT CENTER
FRAME.
TRAY 8
HEAT TREATMENT
-
USED ON FINAL FINISH
»- -H-
1008108
wsmimBm/wa
| 4 a ■ •
'**L-J*
.140 DIA
•fig 01 A SPOT FACE
2 HOLES
VIEW A
SCALE 2/1
5 EQUAL SPACES AT.200 ±.002 PtTCM
TOTAL 1.0001.002 TOLERANCE NON CUMULATIVE
CUTOUT THRU
.38
SEE NOTE 6
, 3.010
13 equal SPACES at 2 *° 90
.200±.002 PITCH
TOTAL 2.600 1.002
TOLERANCE
CUMULATIVE
i—,oo5! yc
SECTION F-F
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANOAROS
PRESCRIBED BY MIL-0-70327
2. MAT'l: ASTM NO. ZK60A-TS MAGNESIUM ALLOY PER 0Q-M-3IA
3. REMOVE BURRS AND BREAK SHARP EDGES .005 -.013
4. UNLESS OTHERWISE SPEClFlEa finish 125/ .729 Rl
5. all RADII A NO FILLETS TO BE *{q UNLESS
OTHERWISE SPECIFIED
6 . THESE SURFACES TO BE PLATED.REMOVE ANOOIZED FINISH.
COPPER PLATE PER MIL-C-I455D.CLASS 2.THEN ELECTROLESS
NICKEL PLATE PER MIL-C*26074A,CL ASS I. ALL DIMENSIONS TO,
AND FINISHES OF, PLATED SURFACES APPLY AFT£B PLATING.
FINISH MACHINING AFTER PLATING IS PERMISSIBLE AS LONG AS MINIMUM
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS.
I FINISH: SEE NOTE 6 FOR PL ATED AREAS. ALL NON-PLATEO SURFACES
TO BE ANOOIZED PER MIL-M-3I7I,TVPE H. PLUG THREAOED INSERT
HOLES DURING ANODIZING.
G. COAT FIND NO.IA.FINO NO. 2 WITH MIL-P-8585 WET ZINC CHROMATE
PRIMER.
* MODULE MOUNTING SCREWS AND MODULE ELECTRICAL RECEPTACLES.
THIS INFORMATION WILL BE ADOED TO DRAWING AS SOON AS IT IS
AVAILABLE.
-.030 R MAX PERMISSIBLE
-CUTOUT THRU
(FR0M GAGE PCMMT >
SEE NOTE €
(BOTTOM SURFACE)
"I6.’7I65 (FROM GAGE POINT)-
17.488 _
17.466
SECTION E-E
s , o'i<ri 4 ' y
SECTION A-A
2 PLACES
-,248
th * u
l*-I0-32UNF-2B THRU
=y=l 82*±I*CSK / - , | |*DIA
S•-/ !•» .005 DIA~1
SEE NOTES 7 4 8
SECTION B-B
2 PLACES
DlA X .142 DEEP
SECTION
ASSY USED ON
TOLERANCES ON
FRACTION* _
XX *.02
XXX ±'.005 0 # 30‘
CAU THIS DRAWING
| MATERIAL
SEE NOTE 2
I HEAT TREATMENT
INSERT. THREADED, SELF-LOCKING
FRAME. TRAY
LIST OF MATERIALS
NMTWUMKNTATION LA*
BAIL.
CHECKED-
MANNED SPACECRAFT CENTER
HOUSTON TEXAS
FRAME,
TRAY 8
ten
NASA DR A WIN G NO
1008108
SHUT | OF
I
Ml
K
I i
ILJ
PHOTOGRAPHIC SCALE ONLf \
_
4
3
**l s i*^7s.*
SECTION D -D
.005 MAX ALLOWABLE STEP ABOVE SURFACE !-P- } -
STEP BELOW SURFACE NOT PERMITTED
*r
2.150
2.130 .748
I .746
.015 R MAX PERMISSIBLE-
B| :S? TvpJ \lU
i-IA25-^-'.
•2192_ >
.2187 t 30 -
-F
.040 J L.
ncn^ “
view A JJW—$
SC. LE .,
.094 R MAX PERMISSIBLE
?BLEND WITH .12 R
?DIA 45 PLACES
-8 EQUAL SPACES AT .125 ±.002 PITCH
TOTAL 1.000 ± .002 TOLERANCE NON'CUMULATK
-4 EQUAL SPACES AT I25±.0<
PITCH TOTAL .500 ±.002
TOLERANCE NON-CUMULATIVE
bsc l.r+ttit — ♦
9 EQUAL SPACES AT
.200±.002 PITCH TOTAL
1.800 ± 002 TOLERANCE
NON-CUMULATIVE
•*"*"*■ + + 11 F 1
+ + -*• + ++. LVl
•ittit—l-
2 places j— rr
BLEND WITH
• liR . 57 . el
8 EQUAL SPACES- \
AT .200± 002 PITCH l
TOTAL 1.000 ±.002 '
TOLERANCE NON-
CUMULATIVE
l OIA 80 PLACES
4.260
3.700 ", EF
DIMENSION FOR
STEP ONLY
SECTION F-F
NOTES:
L INTERPRET DRAWING IN ACCORDANCE WITH STANDAROS
PRESCRIBED BY MIL-D-70327
2. MAT1: ASTM N0.ZK60A-T5 MAGNESIUM ALLOY PER 0Q-M-3IA
3. REMOVE BURRS ANO BREAK SHARP EDGES .005 -.015
4. UNLESS OTHERWISE SPECIFIED, FINISH 125/
5. ALL RADII ANO FILLETS TO BE (J UNLESS
OTHERWISE SPECIFIED
6 . FINISH: ALL SURFACES TO BE PLATED. COPPER PLATE PER
MIL-C-I455D. CLASS 2, THEN ELECTROLESS NICKEL PLATE
PER MIL-C-2G074A, CLASS I. ALL DIMENSIONS TO. AND
FINISHES OF, PLATED SURFACES APPLY AFTER PLATING.
FINISH MACHING AFTER PLATING IS PERMISSIBLE AS LONG
AS MINIMUM SPECIFIED THICKNESS OF NICKEL PLATE RE¬
MAINS. PLUG THREADED INSERT HOLES DURING PLATING
8 . COAT FIND NO. 14. FIND NO. 2 WITH MIL-P-8585 WET ZINC CHROMATE
PRIMER.
.005 MAX ALLOWABLE STEP ABOVE SURFACE fTH
STEP BELOW SURFACE NOT PERMITTED -'
CUTOUT THRU
140 DIA
||gDIA SPOTFACE
2 HOLES
-A I.OTO
-i:\5o REF -
H’tiII (FR0M 6AGE p 0 ,NT )-
-.015 R MAX PERMISSIBLE
SECTION E-E
:!f o «>•
CSKIOO’XV
-.272 DIA
CBORE .406 DIA X .142 DEEP
1000115-2
1008109-I
f 28l ,..250
291 f.246
IO-32UNF-2S THRU
82* ±rCSK, ‘ifjDIA
1 + .o65~dia1
SEE NOTES G&G
INSERT. THREADED, SELF-LOCKING 2
' FRAME, TRAY_
MANNED SPACECRAFT CENTER
SECTION A-A
2 PLACES
SECTION B“B
SECTION C-C
-,0'5 R MAX PCRWtSSIBLE
KU IH» _I
FRAME,
TRAY 9
1008109
APPLICATION
|SCALC I / I | WT
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
J«*hH
M-
1
JJ
<2 *
.030 A MAX PERMISSIBLE
SECTION D-D
.015 R MAX PERMISSIBLE
GAGE POINT
•2192
i _
S*0'20^lV__-.-
. 0*0
.060
TYP
VIEW A
scale 2/1
;§!§ BLEND WITH .12 R
4
5 EQUAL SPACES AT.200 ±.002 PITCH
TOTAL 1.000 ± .002 TOLERANCE NON CUMULATIVE
CUTOUT TMRU-
.38 -
SEE NOTE S
13 EQUAL SPACES AT
.200±.002 PITCH
TOTAL 2.G00 ±4)02
TOLERANCE
NON-CUMULATIVE
1^-QQU
■.I40 0,A 84 M0LES
l-».0Q4 DIA|
SECTION F-F
SEE NOTE 6
(BOTTOM SURFACE)
i
3
2
I
•ffgDIA SPOTFACE
2 HOLES
.729 REF
NOTES:
1. INTERPRET DRAWING IN ACCORDANCE WITH STANDARDS
PRESCRIBED BY MIL-0*70327
2. MAT'l: ASTM NO. ZKGOA-TS MAGNESIUM ALLOY PER QQ-M-3IA
3. REMOVE BURRS AND BREAK SHARP EDGES .005 -.015
4. UNLESS OTHERWISE SPECIFIED, FINISH 125/
5. all RAOIl ANO fillets to be*JS UNLESS
OTHERWISE SPECIFIED
8 . THESE SURFACES TO BE PL AT ED. REMOVE ANODIZED FINISH.
COPPER PLATE PER MIL-C-I4550.CLASS 2.THEN ELECTROLESS
NICKEL PLATE PER MIL-C-26074A.CL ASS 1. ALL DIMENSIONS TO,
AND FINISHES OF, PLATED SURFACES APPLY AFTER PLATING.
FINISH MACHINING AFTER PLATING IS PERMISSIBLE AS LONG AS
SPECIFIED THICKNESS OF NICKEL PLATE REMAINS.
t FINISH: SEE NOTE G FOR PL ATED AREAS. ALL NON-PLATEO SURFACES
TO BE ANODIZED PER MIL-M-3I7I,TYPE H. PLUG THREAOCD INSERT
HOLES DURING ANODIZING.
8 . COAT FIND NO.IAFIND NO. 2 WITH MIL-P- B5B5 WET ZINC CHROMATE
PRIMER.
ft, MODULE MOUNTING SCREWS AND MOOULE ELECTRICAL RECEPTACLES
THIS INFORMATION WILL BE ADOED TO DRAWING AS SOON AS IT IS
AVAILABLE.
-!H|2f (FROM GAGE POINT)-
. 17.488 _
17.4 68
-.015 R MAX PERMISSIBLE
SECTION E-E
MINIMUM
f%248
thru
L*t J-I0-32UNF-2B THRU
82* ±I*CSK, ’ 199 DIA
♦ .005 OIA \
SEE NOTES TAB
SECTION B-B
272 DIA
CBORE .408 DIA X .142 OEEP
SECTION C-C
.015 R MAX PERMISSIBLE
TOLERANCES ON
00 NOT SCALE THIS 0
| MATE RIAL
SEE NOTE 2
I HEAT TRCATMENT
INSERT, THREAPED, SELF-LOCKING
LIST OF MATERIALS
MTNUMCNTATION LAN
». My*»< DATE
CHECKED _
A ARRWO
MANNED SPACECRAFT CENTER
HOUSTON. TEXAS
FRAME,
TRAY 9
fCOOE K
1008109
jlHEET | OF |
I
PHOTOGRAPHIC SCALE ONLY
J>.. a., mmMj
I I 1008109 T~T
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